--------------------------------- extension 0 ---------------------------------
SIMPLE  =                    T / data conform to FITS standard
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
EXTEND  =                    T / File may contain standard extensions
NEXTEND =                   32 / Number of standard extensions
GROUPS  =                    F / image is in group format
DATE    = '2013-10-30'         / date this file was written (yyyy-mm-dd)
FILENAME= 'ibh719jzq_spt.fits                     ' / name of file
FILETYPE= 'SPT      '          / type of data found in data file
  
TELESCOP= 'HST'                / telescope used to acquire data
INSTRUME= 'WFC3  '             / identifier for instrument used to acquire data
EQUINOX =               2000.0 / equinox of celestial coord. system
  
              / DATA DESCRIPTOR KEYWORDS
  
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
DEFAULTS=                    F / default values used in reformatting these data
PROC_TYP= 'NORMAL      '       / type of pipeline processing
  
              / TARGET INFORMATION
  
TARGNAME= 'COROT-1                       ' / proposer's target name
RA_TARG =   1.020798511669E+02 / right ascension of the target (deg) (J2000)
DEC_TARG=  -3.102201478529E+00 / declination of the target (deg) (J2000)
ECL_LONG=           103.441817 / ecliptic longitude of the target (deg) (J2000)
ECL_LAT =           -25.979573 / ecliptic latitude of the target (deg) (J2000)
GAL_LONG=           215.338858 / galactic longitude of the target (deg) (J2000)
GAL_LAT =            -2.107168 / galactic latitude of the target (deg) (J2000)
  
              / OTHER COORDINATE SYSTEM INFORMATION
  
APER_REF= 'IIR128G141'         / aperture used for reference position
ELON_REF=           103.441817 / ecliptic longitude at reference position (deg)
ELAT_REF=           -25.979573 / ecliptic latitude at reference position (deg)
GLON_REF=           215.338858 / galactic longitude at reference position (deg)
GLAT_REF=            -2.107168 / galactic latitude at reference position (deg)
  
              / PROPOSAL INFORMATION
  
PROPOSID=                12181 / PEP proposal identifier
LINENUM = '19.002         '    / proposal logsheet line number
  
              / SOFTWARE VERSION KEYWORDS
  
FLTSWVER= '5.0     '           / flight software version number
OPUS_VER= 'OPUS 2013_3       ' / OPUS software system version number
  
              / TIME CONVERSION KEYWORDS
  
CLKDRFTR=   4.951522262103E-19 / spacecraft clock drift rate
CLKRATE =   1.250000027472E-01 / spacecraft clock rate
SPCLINCN=   5.674529090000E+08 / spacecraft clock at UTC0
UTC0    =   5.504072222139E+04 / Coordinated Universal Time (Mod Julian Date)
  
              / SUPPORT SCHEDULE: PROGRAMMATIC DATA
PROGRMID= 'BH7'                / program id (base 36)
PR_INV_L= 'Deming                        ' / last name of principal investigator
PR_INV_F= 'Drake               ' / first name of principal investigator
PR_INV_M= '                    ' / middle name / initial of principal investigat
ACCPDATE= '       '            / proposal acceptance date (yyyyddd)
OBSET_ID= '19'                 / observation set id
CALIBRAT= 'T'                  / calibrate data flag
OBSERVTN= 'JZ '                / observation number (base 36)
EXPACKET=                    4 / expected number of source packets
PRODTYPE= '                  ' / output product medium type
OPFORMAT= '                  ' / output product format specification
CALIBTYP= ' '                  / calibration type : E, I or Blank
CDBSDATA= 'FALSE'              / cdbs notification flag: 'CAL' or 'FALSE'
  
  
              / SUPPORT SCHEDULE: FLAGS AND INDICATORS
  
SS_OBSMD= 'MULTIACCUM     '    / Support schedule specified operating mode
SS_APER = 'GRISM128        '   / proposed aperture name
SS_DTCTR= 'WFC3/IR   '         / proposed detector to use
SS_FILT = 'G141                ' / proposed filter in use
SS_NSAMP=                   15 / proposed number of nondestructive readouts
SS_CBNA1=                    0 / prop. num. of CCD pixels binned on-chip - axis1
SS_CBNA2=                    0 / prop. num. of CCD pixels binned on-chip - axis2
SS_SUBAR= 'SQ128   '           / proposed subarray data format (YES, NO, BINNED)
SS_A1CRN=                    0 / proposed axis1 detector pixel of subarray start
SS_A1SZE=             0.000000 / prop. subarray axis1 size in unbinned detr pix
SS_A2CRN=                    0 / proposed axis2 detector pixel of subarray start
SS_A2SZE=             0.000000 / prop. subarray axis2 size in unbinned detr pix
SS_GAIN =                    0 / proposed CCD amplifier gain setting
SS_SPLIT=                    1 / proposed number of cosmic ray split exposures
SS_RPT  =                   98 / proposed number of repeat exposures in set
  
              / IR FPA OVERHEAD TIMES
  
DET_WARM=             0.000000 / time to warm up the readout electronics (sec.)
ACC_RDLY=             0.000000 / time delay between readout end and next start
  
              / SUPPORT SCHEDULE: DATA GROUP II DATA
WRD11_14=                   33 / word 11/14 (0-255)
PSTRTIME= '2012.017:08:03:36 ' / predicted obs. start time (yyyy.ddd:hh:mm:ss)
PSTPTIME= '2012.017:08:05:35 ' / predicted obs. stop time (yyyy.ddd:hh:mm:ss)
APEROBJ = 'IIR128G141'         / si object aperture id
APERSKY = '          '         / si sky aperture id
TARG_ID = '12181_14       '    / SPSS target ID from proposal+target no.
APERTYPE= 'SICS              ' / aperture type (SICS, SIAS, SIDS)
RA_V1   =   1.020812281275E+02 / right ascension of v1 axis of st (deg)
DEC_V1  =  -3.106147791428E+00 / declination of v1 axis of st (deg)
PA_V3   =           212.661407 / position angle of V3-axis of HST (deg)
APEROFFX=             0.000000 / x comp of object offset in aperture (arcsec)
APEROFFY=             0.000000 / y comp of object offset in aperture (arcsec)
ANGLESEP=             0.000000 / ang separation of target from ref obj (arcsec)
DGESTAR = 'S39Y000243F1'       / FGS ID(F1,F2,F3) concat. w/ dom. gd. star id
SGESTAR = 'S39Y000066F2'       / FGS ID(F1,F2,F3) concat. w/ subdom. gd. star id
PA_APER =             -102.511 / position ang of aperture used with target (deg)
PA_REF  =             0.000000 / position ang of target from ref. object (deg)
SAAAVOID= '30'                 / SAA model for SAA Avoidance (range 02-99)
TARAQMOD= '03'                 / target acquisition mode (values 00, 01, 02, 03)
POSTNSTX=  -1.689700825043E+03 / position of space telescope x axis (km)
POSTNSTY=   6.201734980157E+03 / position of space telescope y axis (km)
POSTNSTZ=   2.607331887178E+03 / position of space telescope z axis (km)
VELOCSTX=  -6.702112317721E+00 / vel of space telescope along x axis (km/sec)
VELOCSTY=  -2.762836016648E+00 / vel of space telescope along y axis (km/sec)
VELOCSTZ=   2.228259209365E+00 / vel of space telescope along z axis (km/sec)
RA_SUN  =   2.984436095562E+02 / right ascension of the sun (deg)
DEC_SUN =  -2.086633188487E+01 / declination of the sun (deg)
RA_MOON =   2.156138470028E+02 / right ascension of the moon (deg)
DEC_MOON=  -1.725551373722E+01 / declination of the moon (deg)
VELABBRA=            25.065889 / aberration in position of the target
ANNPARRA=             0.000000 / par. shift in position, non-solar sys target
V2APERCE=             0.000000 / V2 offset of target from aper fiducial (arcsec)
V3APERCE=             0.000000 / V3 offset of target from aper fiducial (arcsec)
EQRADTRG=             0.000000 / equatorial radius of target (km)
FLATNTRG=             0.000000 / flattening of target
NPDECTRG=             0.000000 / north pole declination of target (deg)
NPRATRG =             0.000000 / north pole right ascension of target (deg)
ROTRTTRG=             0.000000 / rotation rate of target
LONGPMER=             0.000000 / longitude of prime meridian (deg)
EPLONGPM=             0.000000 / epoch of longitude of prime meridian (sec)
SURFLATD=             0.000000 / surface feature latitude (deg)
SURFLONG=             0.000000 / surface feature longitude (deg)
SURFALTD=             0.000000 / surface feature altitude (km)
MTFLAG  = ' '                  / moving target flag; T if it is a moving target
S0INVMAG=   0.000000000000E+00 / S0 inverse magnitude
S0XDIR  =   0.000000000000E+00 / S0 X direction
S0YDIR  =   0.000000000000E+00 / S0 Y direction
S0ZDIR  =   0.000000000000E+00 / S0 Z direction
TRK_TYPE= 'F  '                / track 48 or track 51 commanding used
T51_RATE=                  0.0 / rate of motion commanded (arcsecs/sec)
T51_ANGL=                  0.0 / position angle of motion of aperture (deg)
TARGDIST=   0.000000000000E+00 / distance to target from Earth's center (km)
PAR_CORR= 'N'                  / parallax correction used (Y, N, or A)
RA_REF  =   1.020798511669E+02 / right ascension of reference object (deg)
DEC_REF =  -3.102201478529E+00 / declination of reference object (deg)
  
              / ONBOARD EPHEMERIS MODEL PARAMETERS
EPCHTIME=   8.527680000000E+08 / epoch time of parameters (secs since 1/1/85)
SDMEANAN=   4.674622659969E-15 / 2nd deriv coef for mean anomaly (revs/sec/sec)
SDMA3SQ =   3.590991087846E-06 / 3 * (SDMEANAN**2) radians/second**2.
HSTHORB =   2.871463739335E+03 / half the duration of the ST orbit (seconds)
CIRVELOC=   7.589098820681E+03 / circular orbit linear velocity (meters/second)
COSINCLI=   8.786581045801E-01 / cosine of inclination
ECCENTRY=   5.098440700995E-04 / eccentricity
ECCENTX2=   1.019688140199E-03 / eccentricity times 2
ECBDX4D3=   1.767058201273E-10 / eccentricity cubed times 4/3
ESQDX5D2=   6.498524395390E-07 / eccentricity squared times 5/2
ECBDX3  =   3.975880952864E-10 / eccentricity cubed times 3
FDMEANAN=   1.741272206055E-04 / 1st derivative coef for mean anomly (revs/sec)
RCASCNRD=  -1.317789951709E-06 / rt chge right ascension ascend node (rads/sec)
RCASCNRV=  -2.097327847713E-07 / rt chge right ascension ascend node (revs/sec)
ARGPERIG=   3.388639510783E-01 / argument of perigee (revolutions)
MEANANOM=   2.504138385048E+00 / mean anomaly (radians)
RCARGPER=   6.654776152616E-08 / rate change of argument of perigee (revs/sec)
RASCASCN=   2.909768229310E-01 / right ascension of ascending node (revolutions)
SINEINCL=   4.774515004224E-01 / sine of inclination
SEMILREC=   6.936516712409E+06 / semi-latus rectum (meters)
TIMEFFEC=   8.528169610000E+08 / time parameters took effect (secs since 1/1/85)
OBSSTRTT=   8.534018160000E+08 / predicted obs. start time (secs since 1/1/85)
  
              / PROPOSAL INFO: Instrument Configuration
CONFIG  = 'WFC3/IR        '    / proposed instrument configuration
OPMODE  = 'MULTIACCUM        ' / proposed operation mode
SPEC_1  = 'G141                ' / spectral element
SPEC_2  = '                    ' / spectral element
SPEC_3  = '                    ' / spectral element
SPEC_4  = '                    ' / spectral element
APER_1  = 'GRISM128       '    / instrument aperture
APER_2  = '               '    / instrument aperture
APER_3  = '               '    / instrument aperture
APER_4  = '               '    / instrument aperture
  
              / PROPOSAL INFO: Target Description
TAR_TYPE= 'POINT TARGET   '    / target type
TARDESCR= 'STAR;G V-IV                                                         '
TARGCAT = 'STAR                    ' / first target category
TARKEY1 = 'G V-IV                                                              '
  
              / PROPOSAL INFO: Flux Information
MAG_V   =            13.600000 / expected V Magnitude
SURF_V  =             0.000000 / expected V surface brightness
MAG_B   =             0.000000 / expected B Magnitude
SURF_B  =             0.000000 / expected B surface brightness
MAG_U   =             0.000000 / expected U Magnitude
SURF_U  =             0.000000 / expected U surface brightness
MAG_R   =             0.000000 / expected R Magnitude
SURF_R  =             0.000000 / expected R surface brightness
COL_B_V =             0.000000 / expected B-V color
COL_U_B =             0.000000 / expected U-B color
COL_V_R =             0.000000 / expected V-R color
E_B_V   =             0.000000 / E(B-V)
EXTNCT_V=             0.000000 / extinction in V
  
              / PROPOSAL INFO: Exposure Information
CMD_EXP =           100.768997 / commanded time per exposure (from TRANS)
  
              / PROPOSAL INFO: Moving Target Information
  
              / PROPOSAL INFO: Target Properties
REDSHIFT=   0.000000000000E+00 / target redshift from proposal
PARALLAX=   0.000000000000E+00 / target parallax from proposal
RA_PROP =   1.020798833333E+02 / target right ascension from proposal (degrees)
DEC_PROP=  -3.102222222222E+00 / target declination from proposal (degrees)
PEQUINOX= 'J2000  '            / equinox of coordinate system from proposal
MU_RA   =  -9.600000000000E-03 / target proper motion from proposal (degrees RA)
MU_DEC  =   6.200000000000E-03 / target proper motion from proposal (deg. DEC)
MU_EPOCH= 'J2000.0'            / epoch of proper motion from proposal
SP_TYPE = '               '    / target spectral type from proposal
RAD_VEL =   0.000000000000E+00 / target radial velocity from proposal (km/sec)
  
              / PROPOSAL INFO: Spatial Scan Info
SCAN_TYP= 'N                 ' / C:bostrophidon; D:C with dwell; N:N/A
SCAN_WID=   0.000000000000E+00 / scan width (arcsec)
ANG_SIDE=   0.000000000000E+00 / angle between sides of parallelogram (deg)
DWELL_LN=                    0 / dwell pts/line for scan pointing (1-99,0 if NA)
DWELL_TM=   0.000000000000E+00 / wait time (duration) at each dwell point (sec)
SCAN_ANG=   0.000000000000E+00 / position angle of scan line (deg)
SCAN_RAT=   0.000000000000E+00 / commanded rate of the line scan (arcsec/sec)
NO_LINES=                    0 / number of lines per scan (1-99,0 if NA)
SCAN_LEN=   0.000000000000E+00 / scan length (arcsec)
SCAN_COR= 'C                 ' / scan coordinate frame of ref: celestial,vehicle
  
              / PROPOSAL INFO: Auxiliary
PARENTID=                    0 / PEP proposal identifier of the parent proposal
PROPTTL1= 'The Atmospheric Structure of Giant Hot Exoplanets                   '
PROP_TYP= 'GO                  ' / proposal type
  
  
              / APERTURE PARAMETERS
  
HOSV2CNT=   1.183410000000E+01 / V2 coordinate of aperture fiducial (arcsec)
HOSV3CNT=  -9.289000000000E+00 / V3 coordinate of aperture fiducial (arcsec)
HOSISHA = 'Q'                  / Aperture shape ;Pickle, Circle, Quad, Rectangle
HOSIVDM =   0.000000000000E+00 / Half-length of aperture major axis (arcsec)
HOSAPOR =   4.482780000000E+01 / Rotation angle to orient SICS and V2/V3 (deg)
HOSIMPAR=                   -1 / Parity of SICS to V2/V3 (-1=left, +1=right)
HOSIASX =   4.100000000000E+02 / x coord. of aperture fiducial in SIAS (pixels)
HOSIASY =   5.220000000000E+02 / y coord. of aperture fiducial in SIAS (pixels)
HOSD1   =   1.354740000000E-01 / 1st coordinate axis increment (arcsec)
HOSD2   =   1.210190000000E-01 / 2nd coordinate axis increment (arcsec)
HOSTH1  =  -4.523180000000E+01 / Angle from V3 to line of incr 1st axis (degrees
HOSTH2  =   4.482780000000E+01 / Angle from V3 to line of incr 2nd axis (degrees
  
              / SIAS to SICS CONVERSION
  
HOSPOLY =                    4 / Polynomial degree for SIAS to SICS conversion
AS2CSX00=   0.000000000000E+00 / 0 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX10=   0.000000000000E+00 / 1 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX11=   1.354740000000E-01 / 1 order, 1 coefficient for x-coord SIAS to SICS
AS2CSX20=   1.904300000000E-08 / 2 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX21=   3.317600000000E-06 / 2 order, 1 coefficient for x-coord SIAS to SICS
AS2CSX22=  -1.982300000000E-08 / 2 order, 2 coefficient for x-coord SIAS to SICS
AS2CSX30=  -6.115100000000E-12 / 3 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX31=   1.214500000000E-11 / 3 order, 1 coefficient for x-coord SIAS to SICS
AS2CSX32=  -1.468700000000E-11 / 3 order, 2 coefficient for x-coord SIAS to SICS
AS2CSX33=   5.307000000000E-12 / 3 order, 3 coefficient for x-coord SIAS to SICS
AS2CSX40=  -4.364600000000E-14 / 4 order, 0 coefficient for x-coord SIAS to SICS
AS2CSX41=   8.960900000000E-14 / 4 order, 1 coefficient for x-coord SIAS to SICS
AS2CSX42=   5.169200000000E-15 / 4 order, 2 coefficient for x-coord SIAS to SICS
AS2CSX43=   9.619800000000E-14 / 4 order, 3 coefficient for x-coord SIAS to SICS
AS2CSX44=  -6.564000000000E-14 / 4 order, 4 coefficient for x-coord SIAS to SICS
AS2CSY00=   0.000000000000E+00 / 0 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY10=   1.210190000000E-01 / 1 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY11=  -1.410000000000E-04 / 1 order, 1 coefficient for y-coord SIAS to SICS
AS2CSY20=   3.638200000000E-06 / 2 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY21=  -1.869900000000E-08 / 2 order, 1 coefficient for y-coord SIAS to SICS
AS2CSY22=   8.448500000000E-07 / 2 order, 2 coefficient for y-coord SIAS to SICS
AS2CSY30=  -1.343300000000E-11 / 3 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY31=  -2.586300000000E-12 / 3 order, 1 coefficient for y-coord SIAS to SICS
AS2CSY32=  -3.727700000000E-11 / 3 order, 2 coefficient for y-coord SIAS to SICS
AS2CSY33=   3.093500000000E-11 / 3 order, 3 coefficient for y-coord SIAS to SICS
AS2CSY40=   9.452200000000E-14 / 4 order, 0 coefficient for y-coord SIAS to SICS
AS2CSY41=  -3.412300000000E-15 / 4 order, 1 coefficient for y-coord SIAS to SICS
AS2CSY42=   1.813500000000E-14 / 4 order, 2 coefficient for y-coord SIAS to SICS
AS2CSY43=   2.997300000000E-14 / 4 order, 3 coefficient for y-coord SIAS to SICS
AS2CSY44=  -6.947300000000E-14 / 4 order, 4 coefficient for y-coord SIAS to SICS
  
              / SICS to SIAS CONVERSION
  
CS2ASX00=   0.000000000000E+00 / 0 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX10=  -6.000000000000E-06 / 1 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX11=   7.381492000000E+00 / 1 order, 1 coefficient for x-coord SICS to SIAS
CS2ASX20=  -9.738100000000E-06 / 2 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX21=   3.692200000000E-04 / 2 order, 1 coefficient for x-coord SICS to SIAS
CS2ASX22=   4.640100000000E-06 / 2 order, 2 coefficient for x-coord SICS to SIAS
CS2ASX30=  -1.319200000000E-08 / 3 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX31=   6.344800000000E-07 / 3 order, 1 coefficient for x-coord SICS to SIAS
CS2ASX32=  -5.182100000000E-08 / 3 order, 2 coefficient for x-coord SICS to SIAS
CS2ASX33=   1.358600000000E-07 / 3 order, 3 coefficient for x-coord SICS to SIAS
CS2ASX40=   1.753200000000E-11 / 4 order, 0 coefficient for x-coord SICS to SIAS
CS2ASX41=  -3.768600000000E-10 / 4 order, 1 coefficient for x-coord SICS to SIAS
CS2ASX42=   5.099100000000E-11 / 4 order, 2 coefficient for x-coord SICS to SIAS
CS2ASX43=  -1.606400000000E-10 / 4 order, 3 coefficient for x-coord SICS to SIAS
CS2ASX44=   3.786800000000E-12 / 4 order, 4 coefficient for x-coord SICS to SIAS
CS2ASY00=   0.000000000000E+00 / 0 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY10=   8.263179000000E+00 / 1 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY11=   8.617000000000E-03 / 1 order, 1 coefficient for y-coord SICS to SIAS
CS2ASY20=  -2.052600000000E-03 / 2 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY21=  -1.447000000000E-03 / 2 order, 1 coefficient for y-coord SICS to SIAS
CS2ASY22=  -3.823600000000E-04 / 2 order, 2 coefficient for y-coord SICS to SIAS
CS2ASY30=   1.104600000000E-06 / 3 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY31=  -8.441000000000E-09 / 3 order, 1 coefficient for y-coord SICS to SIAS
CS2ASY32=   1.005200000000E-06 / 3 order, 2 coefficient for y-coord SICS to SIAS
CS2ASY33=  -8.119900000000E-09 / 3 order, 3 coefficient for y-coord SICS to SIAS
CS2ASY40=  -7.384500000000E-10 / 4 order, 0 coefficient for y-coord SICS to SIAS
CS2ASY41=   2.228700000000E-11 / 4 order, 1 coefficient for y-coord SICS to SIAS
CS2ASY42=  -2.010500000000E-10 / 4 order, 2 coefficient for y-coord SICS to SIAS
CS2ASY43=   1.819700000000E-11 / 4 order, 3 coefficient for y-coord SICS to SIAS
CS2ASY44=  -2.162200000000E-11 / 4 order, 4 coefficient for y-coord SICS to SIAS
  
              / V2/V3 APERTURE VERTICES
  
APVER1V2=   1.881800000000E+00 / V2 coordinate of aperture vertex 1 (arcsecs)
APVER1V3=  -4.039250000000E+01 / V3 coordinate of aperture vertex 1 (arcsecs)
APVER2V2=  -1.039110000000E+01 / V2 coordinate of aperture vertex 2 (arcsecs)
APVER2V3=  -1.537380000000E+02 / V3 coordinate of aperture vertex 2 (arcsecs)
APVER3V2=   4.726000000000E-01 / V2 coordinate of aperture vertex 3 (arcsecs)
APVER3V3=  -1.432208000000E+02 / V3 coordinate of aperture vertex 3 (arcsecs)
APVER4V2=   1.278430000000E+01 / V2 coordinate of aperture vertex 4 (arcsecs)
APVER4V3=  -2.951870000000E+01 / V3 coordinate of aperture vertex 4 (arcsecs)
  
              / ASSOCIATION KEYWORDS
  
ASN_ID  = 'IBH719010 '         / unique identifier assigned to association
ASN_TAB = 'ibh719010_asn.fits     ' / name of the association table
ASN_MTYP= 'EXP-RPT     '       / Role of the Member in the Association
END

--------------------------------- extension 1 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    1 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37535 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32833619 / Exposure Start Time: MIE coarse
MIFTIMES=            105066954 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32833619 / Exposure Complete: MIE coarse
MIFTIMEC=            105066954 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                   16 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32833619 / Readout Start: MIE coarse
MIFREADS=            105066954 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32833843 / Readout Complete: MIE coarse
MIFREADC=            105067672 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 2 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    1 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  160 / Observation number
IHDRCNT =                   64 / Number of headers currently in EDAC RAM
IIMGCNT =                   64 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70405120 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1344 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                   15 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40286 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =              0.01221 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =             0.003663 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =          -0.00610501 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.23447 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.54685 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.92381 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.1475 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.732552 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68347 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              3.57143 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -39.1667 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7789 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.56568 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.05671 / IR FPA six-stage TEC voltage
IRCETECV=              5.65543 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.57022 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   31 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   31 / CS memory monitor #5
ICSMEM06=                   31 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   31 / CS memory monitor #9
ICSMEM10=                   31 / CS memory monitor #10
ICSMEM11=                   31 / CS memory monitor #11
ICSMEM12=                   31 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              5.00009 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=               15.469 / CEB Clock 2 +15V
IUCK2M15=             -15.4687 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29690 / Major frame count
IMINFCNT=                   31 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 3 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    2 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37534 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32833394 / Exposure Start Time: MIE coarse
MIFTIMES=            105066236 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32833395 / Exposure Complete: MIE coarse
MIFTIMEC=            105066236 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                   15 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32833395 / Readout Start: MIE coarse
MIFREADS=            105066236 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32833619 / Readout Complete: MIE coarse
MIFREADC=            105066954 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 4 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    2 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  159 / Observation number
IHDRCNT =                   63 / Number of headers currently in EDAC RAM
IIMGCNT =                   63 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70367032 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1323 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                   14 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40288 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 2.92 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =             0.003663 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.130226 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 31.6 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.65624 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.65624 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.61717 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.54685 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.96987 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.91844 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.0784 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.8392 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68347 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              3.57143 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -39.1667 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3407 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7789 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.57541 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.05671 / IR FPA six-stage TEC voltage
IRCETECV=              5.67003 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.60913 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   17 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   17 / CS memory monitor #5
ICSMEM06=                   17 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   17 / CS memory monitor #9
ICSMEM10=                   17 / CS memory monitor #10
ICSMEM11=                   17 / CS memory monitor #11
ICSMEM12=                   17 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.07822 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=               15.469 / CEB Clock 2 +15V
IUCK2M15=             -15.4687 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29690 / Major frame count
IMINFCNT=                   17 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Fmt Mech'           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 5 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    3 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37533 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32833170 / Exposure Start Time: MIE coarse
MIFTIMES=            105065518 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32833170 / Exposure Complete: MIE coarse
MIFTIMEC=            105065518 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                   14 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32833170 / Readout Start: MIE coarse
MIFREADS=            105065518 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32833394 / Readout Complete: MIE coarse
MIFREADC=            105066236 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 6 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    3 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  158 / Observation number
IHDRCNT =                   62 / Number of headers currently in EDAC RAM
IIMGCNT =                   62 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70328944 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1302 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                   13 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40286 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.96987 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.92381 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.1475 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -39.1667 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7984 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.98029 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.57541 / UVIS Detector TEC voltage
ISHTECV =              1.79695 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=              5.69435 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.58968 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                    2 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                    2 / CS memory monitor #5
ICSMEM06=                    2 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                    2 / CS memory monitor #9
ICSMEM10=                    2 / CS memory monitor #10
ICSMEM11=                    2 / CS memory monitor #11
ICSMEM12=                    2 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=               15.469 / CEB Clock 2 +15V
IUCK2M15=             -15.4687 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29690 / Major frame count
IMINFCNT=                    2 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 7 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    4 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37532 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32832946 / Exposure Start Time: MIE coarse
MIFTIMES=            105064799 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32832946 / Exposure Complete: MIE coarse
MIFTIMEC=            105064800 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                   13 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32832946 / Readout Start: MIE coarse
MIFREADS=            105064800 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32833170 / Readout Complete: MIE coarse
MIFREADC=            105065517 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.17 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 8 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    4 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  157 / Observation number
IHDRCNT =                   61 / Number of headers currently in EDAC RAM
IIMGCNT =                   61 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70290856 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1281 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                   12 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40287 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =             0.003663 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =          -0.00610501 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.23447 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.91844 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.0784 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =             -9.92157 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              3.57143 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -39.1667 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7984 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.58514 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=              5.67489 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.59941 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                  108 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                  108 / CS memory monitor #5
ICSMEM06=                  108 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                  108 / CS memory monitor #9
ICSMEM10=                  108 / CS memory monitor #10
ICSMEM11=                  108 / CS memory monitor #11
ICSMEM12=                  108 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=              -15.625 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=              15.3127 / CEB Clock 2 +15V
IUCK2M15=              -15.625 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29689 / Major frame count
IMINFCNT=                  108 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 9 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    5 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37531 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32832721 / Exposure Start Time: MIE coarse
MIFTIMES=            105064081 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32832721 / Exposure Complete: MIE coarse
MIFTIMEC=            105064082 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                   12 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32832721 / Readout Start: MIE coarse
MIFREADS=            105064082 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32832946 / Readout Complete: MIE coarse
MIFREADC=            105064799 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.17 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 10 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    5 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  156 / Observation number
IHDRCNT =                   60 / Number of headers currently in EDAC RAM
IIMGCNT =                   60 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70252768 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1260 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                   11 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40289 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =              0.01221 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2305 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =             0.003663 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =          -0.00610501 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  127 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.65624 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.61717 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.54685 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.91844 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.1475 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=              -127.96 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7278 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7789 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.58514 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.05671 / IR FPA six-stage TEC voltage
IRCETECV=              5.70408 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.60913 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   94 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   94 / CS memory monitor #5
ICSMEM06=                   94 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   94 / CS memory monitor #9
ICSMEM10=                   94 / CS memory monitor #10
ICSMEM11=                   94 / CS memory monitor #11
ICSMEM12=                   94 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=              15.3127 / CEB Clock 2 +15V
IUCK2M15=             -15.4687 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              5.00009 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29689 / Major frame count
IMINFCNT=                   94 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 11 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    6 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37530 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32832497 / Exposure Start Time: MIE coarse
MIFTIMES=            105063363 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32832497 / Exposure Complete: MIE coarse
MIFTIMEC=            105063364 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                   11 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32832497 / Readout Start: MIE coarse
MIFREADS=            105063364 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32832721 / Readout Complete: MIE coarse
MIFREADC=            105064081 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.17 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 12 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    6 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  155 / Observation number
IHDRCNT =                   59 / Number of headers currently in EDAC RAM
IIMGCNT =                   59 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70214680 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1239 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                   10 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40286 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =          -0.00610501 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.65624 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.65624 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.65624 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.61717 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.91844 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.0784 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68347 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=              -127.96 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7984 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.98029 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.58514 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=              5.70895 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.59941 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   79 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   79 / CS memory monitor #5
ICSMEM06=                   79 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   79 / CS memory monitor #9
ICSMEM10=                   79 / CS memory monitor #10
ICSMEM11=                   79 / CS memory monitor #11
ICSMEM12=                   79 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=               15.469 / CEB Clock 1 +15V
IUCK1M15=              -15.625 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=              15.3127 / CEB Clock 2 +15V
IUCK2M15=              -15.625 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29689 / Major frame count
IMINFCNT=                   79 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 13 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    7 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37529 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32832272 / Exposure Start Time: MIE coarse
MIFTIMES=            105062645 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32832273 / Exposure Complete: MIE coarse
MIFTIMEC=            105062645 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                   10 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32832273 / Readout Start: MIE coarse
MIFREADS=            105062645 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32832497 / Readout Complete: MIE coarse
MIFREADC=            105063363 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 14 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    7 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  154 / Observation number
IHDRCNT =                   58 / Number of headers currently in EDAC RAM
IIMGCNT =                   58 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70176592 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1218 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    9 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40287 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =             -0.30605 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =          -0.00610501 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.23447 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.65624 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.92381 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.0784 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7789 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.3127 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.57541 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.05671 / IR FPA six-stage TEC voltage
IRCETECV=              5.71381 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.64805 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   65 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   65 / CS memory monitor #5
ICSMEM06=                   65 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   65 / CS memory monitor #9
ICSMEM10=                   65 / CS memory monitor #10
ICSMEM11=                   65 / CS memory monitor #11
ICSMEM12=                   65 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.07822 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=               15.469 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=              15.3127 / CEB Clock 2 +15V
IUCK2M15=              -15.625 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29689 / Major frame count
IMINFCNT=                   65 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'ReadUVIS'           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 15 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    8 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37528 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32832048 / Exposure Start Time: MIE coarse
MIFTIMES=            105061927 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32832048 / Exposure Complete: MIE coarse
MIFTIMEC=            105061927 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    9 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32832048 / Readout Start: MIE coarse
MIFREADS=            105061927 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32832272 / Readout Complete: MIE coarse
MIFREADC=            105062645 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 16 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    8 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  153 / Observation number
IHDRCNT =                   57 / Number of headers currently in EDAC RAM
IIMGCNT =                   57 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70138504 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1197 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    8 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40284 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=                  0.5 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =             0.001221 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 31.6 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.65624 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.65624 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.61717 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.65624 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.91844 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.0784 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=                -83.0 / UVIS Detector temperature
IRFPATMP=              -127.96 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              3.57143 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7278 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7789 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.58514 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.05671 / IR FPA six-stage TEC voltage
IRCETECV=              5.71868 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.64805 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   51 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   51 / CS memory monitor #5
ICSMEM06=                   51 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   51 / CS memory monitor #9
ICSMEM10=                   51 / CS memory monitor #10
ICSMEM11=                   51 / CS memory monitor #11
ICSMEM12=                   51 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.07822 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=               15.469 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=              15.3127 / CEB Clock 2 +15V
IUCK2M15=              -15.625 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29689 / Major frame count
IMINFCNT=                   51 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 17 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                    9 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37527 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32831824 / Exposure Start Time: MIE coarse
MIFTIMES=            105061209 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32831824 / Exposure Complete: MIE coarse
MIFTIMEC=            105061209 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    8 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32831824 / Readout Start: MIE coarse
MIFREADS=            105061209 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32832048 / Readout Complete: MIE coarse
MIFREADC=            105061927 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 18 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                    9 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  152 / Observation number
IHDRCNT =                   56 / Number of headers currently in EDAC RAM
IIMGCNT =                   56 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70100416 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1176 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    7 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40279 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =             0.003663 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.65624 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.61717 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.54685 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.96987 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.92381 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.0784 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=              -127.96 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              3.57143 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7984 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.57541 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=              5.73327 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.63832 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   36 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   36 / CS memory monitor #5
ICSMEM06=                   36 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   36 / CS memory monitor #9
ICSMEM10=                   36 / CS memory monitor #10
ICSMEM11=                   36 / CS memory monitor #11
ICSMEM12=                   36 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.07822 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=               15.469 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=               15.469 / CEB Clock 2 +15V
IUCK2M15=             -15.4687 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0864 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29689 / Major frame count
IMINFCNT=                   36 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 19 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                   10 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37526 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32831599 / Exposure Start Time: MIE coarse
MIFTIMES=            105060491 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32831599 / Exposure Complete: MIE coarse
MIFTIMEC=            105060491 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    7 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32831599 / Readout Start: MIE coarse
MIFREADS=            105060491 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32831824 / Readout Complete: MIE coarse
MIFREADC=            105061209 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 20 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                   10 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  151 / Observation number
IHDRCNT =                   55 / Number of headers currently in EDAC RAM
IIMGCNT =                   55 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70062328 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1155 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    6 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40284 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.23447 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.91844 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.0784 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.732552 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7789 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.3127 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.98029 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.58028 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=                5.743 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.64805 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   22 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   22 / CS memory monitor #5
ICSMEM06=                   22 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   22 / CS memory monitor #9
ICSMEM10=                   22 / CS memory monitor #10
ICSMEM11=                   22 / CS memory monitor #11
ICSMEM12=                   22 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.07822 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=               15.469 / CEB Clock 1 +15V
IUCK1M15=              -15.625 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=               15.469 / CEB Clock 2 +15V
IUCK2M15=              -15.625 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              5.00009 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29689 / Major frame count
IMINFCNT=                   22 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 21 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                   11 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37525 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32831375 / Exposure Start Time: MIE coarse
MIFTIMES=            105059772 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32831375 / Exposure Complete: MIE coarse
MIFTIMEC=            105059773 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    6 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32831375 / Readout Start: MIE coarse
MIFREADS=            105059773 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32831599 / Readout Complete: MIE coarse
MIFREADC=            105060490 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.17 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 22 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                   11 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  150 / Observation number
IHDRCNT =                   54 / Number of headers currently in EDAC RAM
IIMGCNT =                   54 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             70024240 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1134 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    5 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40284 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =              0.01221 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =             0.003663 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 31.6 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.65624 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.54685 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.92381 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.1475 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68347 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.9082 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7984 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.1565 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.57055 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.05671 / IR FPA six-stage TEC voltage
IRCETECV=              5.73814 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.63832 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                    8 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                    8 / CS memory monitor #5
ICSMEM06=                    8 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                    8 / CS memory monitor #9
ICSMEM10=                    8 / CS memory monitor #10
ICSMEM11=                    8 / CS memory monitor #11
ICSMEM12=                    8 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.07822 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=               15.469 / CEB Clock 2 +15V
IUCK2M15=             -15.4687 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29689 / Major frame count
IMINFCNT=                    8 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 23 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                   12 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37524 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32831150 / Exposure Start Time: MIE coarse
MIFTIMES=            105059055 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32831151 / Exposure Complete: MIE coarse
MIFTIMEC=            105059055 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    5 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32831151 / Readout Start: MIE coarse
MIFREADS=            105059055 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32831375 / Readout Complete: MIE coarse
MIFREADC=            105059772 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.17 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 24 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                   12 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  149 / Observation number
IHDRCNT =                   53 / Number of headers currently in EDAC RAM
IIMGCNT =                   53 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             69986152 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1113 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    4 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40281 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPInhib '           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =          -0.00610501 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.23447 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.65624 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.96987 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.91844 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.0784 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.727375 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =                -37.5 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7984 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.3127 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.57541 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.07617 / IR FPA six-stage TEC voltage
IRCETECV=              5.76246 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.65778 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                  113 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                  113 / CS memory monitor #5
ICSMEM06=                  113 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                  113 / CS memory monitor #9
ICSMEM10=                  113 / CS memory monitor #10
ICSMEM11=                  113 / CS memory monitor #11
ICSMEM12=                  113 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=               15.469 / CEB Clock 1 +15V
IUCK1M15=              -15.625 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=               15.469 / CEB Clock 2 +15V
IUCK2M15=              -15.625 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0864 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29688 / Major frame count
IMINFCNT=                  113 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 25 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                   13 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37523 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32830926 / Exposure Start Time: MIE coarse
MIFTIMES=            105058336 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32830926 / Exposure Complete: MIE coarse
MIFTIMEC=            105058337 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    4 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32830926 / Readout Start: MIE coarse
MIFREADS=            105058337 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32831150 / Readout Complete: MIE coarse
MIFREADC=            105059055 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 26 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                   13 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  148 / Observation number
IHDRCNT =                   52 / Number of headers currently in EDAC RAM
IIMGCNT =                   52 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             69948064 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1092 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    3 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40287 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =              0.01221 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =          -0.00610501 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.97504 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.91844 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7702 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=               5.0295 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.1475 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0094 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.5631 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.9082 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.7349 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.6322 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.6322 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.732552 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68864 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =                -10.0 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.5631 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.7349 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.6322 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.6322 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.68864 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -9.92157 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =             -36.6667 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.7984 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.3127 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.98029 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.56568 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=              5.74787 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.64805 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   99 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   99 / CS memory monitor #5
ICSMEM06=                   99 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   99 / CS memory monitor #9
ICSMEM10=                   99 / CS memory monitor #10
ICSMEM11=                   99 / CS memory monitor #11
ICSMEM12=                   99 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=               15.469 / CEB Clock 2 +15V
IUCK2M15=             -15.4687 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0767 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29688 / Major frame count
IMINFCNT=                   99 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 27 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                   14 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37522 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             7.089150 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32830701 / Exposure Start Time: MIE coarse
MIFTIMES=            105057618 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32830702 / Exposure Complete: MIE coarse
MIFTIMEC=            105057618 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    3 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32830702 / Readout Start: MIE coarse
MIFREADS=            105057618 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32830926 / Readout Complete: MIE coarse
MIFREADC=            105058336 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 7.18 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 28 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                   14 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  147 / Observation number
IHDRCNT =                   51 / Number of headers currently in EDAC RAM
IIMGCNT =                   51 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             69909976 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1071 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    2 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40287 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPInhib '           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  127 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.98022 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.84322 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7012 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=              5.02432 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.1475 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0784 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.4941 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.8392 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.6659 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.5631 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.5631 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.732552 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68347 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =             -3.96078 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.4941 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.6659 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.5631 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.5631 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.69382 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -3.96078 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =             -36.6667 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.9157 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.3127 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.56568 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=              5.73327 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.63832 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   84 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   84 / CS memory monitor #5
ICSMEM06=                   84 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   84 / CS memory monitor #9
ICSMEM10=                   84 / CS memory monitor #10
ICSMEM11=                   84 / CS memory monitor #11
ICSMEM12=                   84 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=              -15.625 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=              15.3127 / CEB Clock 2 +15V
IUCK2M15=              -15.625 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0864 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29688 / Major frame count
IMINFCNT=                   84 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 29 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                   15 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37521 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             0.020480 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32830698 / Exposure Start Time: MIE coarse
MIFTIMES=            105057607 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32830698 / Exposure Complete: MIE coarse
MIFTIMEC=            105057607 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    2 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32830698 / Readout Start: MIE coarse
MIFREADS=            105057607 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32830701 / Readout Complete: MIE coarse
MIFREADC=            105057618 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 0.11 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 30 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                   15 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  146 / Observation number
IHDRCNT =                   50 / Number of headers currently in EDAC RAM
IIMGCNT =                   50 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             69871888 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1050 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    4 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsInPrg'           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    1 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                40245 / Ir MONitor PIXel
IRFIFPRC=                    4 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPInhib '           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.15635 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  127 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.61717 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.65624 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.46872 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.98022 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.84322 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7012 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=              5.02432 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.1475 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0784 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.4941 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.8392 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.6659 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.5631 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.5631 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.732552 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68347 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =             -3.96078 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.4941 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.6659 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.5631 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.5631 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.69382 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -3.96078 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=             -127.872 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              4.28571 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =             -36.6667 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.9157 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.3127 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.56568 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=              5.73327 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.63832 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   84 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   84 / CS memory monitor #5
ICSMEM06=                   84 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   84 / CS memory monitor #9
ICSMEM10=                   84 / CS memory monitor #10
ICSMEM11=                   84 / CS memory monitor #11
ICSMEM12=                   84 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=              -15.625 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=              15.3127 / CEB Clock 2 +15V
IUCK2M15=              -15.625 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              4.92197 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0864 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  166 / Number of normal MAR's processed by the FSW
ILASTNRM=                  591 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29688 / Major frame count
IMINFCNT=                   84 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

--------------------------------- extension 31 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    1 / number of data axes
NAXIS1  =                  965 / length of first data axis
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'UDL     '           / extension name
EXTVER  =                   16 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / General Unpacking Information
  
VERSIONH=                    5 / Flight Software Major Revision
VERSIONL=                    0 / Flight Software Minor Revision
OBSNUM  =                37520 / Flight Observation Number
NUMWORDS=                20009 / Number of Words in this Image
PACKETS =                   21 / Number of SDF lines in this Image
DUMPTYPE= 'Science   '         / Image Type
  
              / Memory Dump Information
  
DUMPSRC = 'invalid           ' / Memory Dump Source
ADDRESS = '                   0' / Memory Dump Starting Address
NDMPWRDS=                    0 / Memory Dump Number of Words
DUMPERR = '-- '                / ED Diagnostic Error Indicator
DUMPMODE= 'analog '            / ED Diagnostic Mode
DUMPSAMP=                    0 / Number of Samples
DUMPPER =                    0 / Sample Period
DUMPRPT =                    0 / Repeat Count
DMPADR01=                    0 / Items to Collect #1
DMPADR02=                    0 / Items to Collect #2
DMPADR03=                    0 / Items to Collect #3
DMPADR04=                    0 / Items to Collect #4
DMPADR05=                    0 / Items to Collect #5
DMPADR06=                    0 / Items to Collect #6
DMPADR07=                    0 / Items to Collect #7
DMPADR08=                    0 / Items to Collect #8
DMPADR09=                    0 / Items to Collect #9
DMPADR10=                    0 / Items to Collect #10
DMPADR11=                    0 / Items to Collect #11
DMPADR12=                    0 / Items to Collect #12
DMPADR13=                    0 / Items to Collect #13
DMPADR14=                    0 / Items to Collect #14
DMPADR15=                    0 / Items to Collect #15
DMPADR16=                    0 / Items to Collect #16
  
              / General Exposure Information
  
HVERSION=                   29 / Science Header Version Number
DETECTOR= 'IR  '               / detector in use: UVIS or IR
INTTIME =             0.000000 / Integration Time
HSTTIMES=           1182934800 / Exposure Start Time: HST time
MIETIMES=             32830511 / Exposure Start Time: MIE coarse
MIFTIMES=            105057010 / Exposure Start Time: MIE fine
HSTTIMEC=           1182934800 / Exposure Complete Time: HST time
MIETIMEC=             32830512 / Exposure Complete: MIE coarse
MIFTIMEC=            105057010 / Exposure Complete: MIE fine
CSMID   = 'IR     '            / Channel Select Mechanism ID
  
              / General Image Information
  
NUMROWS =                  138 / Subarray X Size
NUMCOLS =                  138 / Subarray Y Size
XCORNER =                  448 / Subarray X Corner
YCORNER =                  448 / Subarray Y Corner
CCDSETUP= 'normal'             / Normal/Dark/Bias Select
CCDAMP  = 'ABCD'               / Readout Amp Configuration
IMGSETUP= 'SQ128Sub          ' / Full/Subarray/Generic Exposure Indicator
TIMPATID=                  559 / Readout Timing Pattern ID Number
  
              / Control Section Information
  
NULLIMG = '--                ' / Null Image Flag
SWMODE  = 'operate           ' / FSW Mode Indicator
MEMBANK = 'MEB2 '              / MEB ID
UVSAMPS =                    0 / Number of UVIS Samples from Current Value Table
IRSAMPS =                    0 / Number of IR Samples From Current Value Table
UVENG   = 'Success           ' / UVIS CEB ED Collection Status for Readout
IRENG   = 'Success           ' / IR DEB ED Collection Status for Readout
  
              / IR Exposure Information
  
IRNREAD =                   16 / IR Number of Reads
IRRDCNT =                    1 / IR Read Counter
  
              / Exposure Error Flags
  
MOTORERR= '--                ' / CCD Shutter Motor Disabled at Exp Start
READPATT= '--                ' / Readout Timing Pattern ID Mismatch
READERR = '--                ' / Readout Timeout
FIFOREDY= '--                ' / FIFOs Not Available
SHUTTER = '--                ' / CCD Shutter Not Closed at Exp End
PATTERR = '--                ' / CCD Exposure Timing Pattern ID Mismatch
TIMEOUT = '--                ' / CCD Exposure timeout
  
              / UVIS Filter Wheel Information
  
UVF01POS= 'CLEAR1 '            / UV SOFA FW 1 Position
UVF01STA= 'MovCompl'           / UV SOFA FW 1 Status
UVF02POS= 'CLEAR2 '            / UV SOFA FW 2 Position
UVF02STA= 'MovCompl'           / UV SOFA FW 2 Status
UVF03POS= 'CLEAR3 '            / UV SOFA FW 3 Position
UVF03STA= 'MovCompl'           / UV SOFA FW 3 Status
UVF04POS= 'CLEAR4 '            / UV SOFA FW 4 Position
UVF04STA= 'MovComl '           / UV SOFA FW 4 Status
UVF05POS= 'CLEAR5 '            / UV SOFA FW 5 Position
UVF05STA= 'MovCompl'           / UV SOFA FW 5 Status
UVF06POS= 'CLEAR6 '            / UV SOFA FW 6 Position
UVF06STA= 'MovCompl'           / UV SOFA FW 6 Status
UVF07POS= 'CLEAR7 '            / UV SOFA FW 7 Position
UVF07STA= 'MovCompl'           / UV SOFA FW 7 Status
UVF08POS= 'CLEAR8 '            / UV SOFA FW 8 Position
UVF08STA= 'MovCompl'           / UV SOFA FW 8 Status
UVF09POS= 'CLEAR9 '            / UV SOFA FW 9 Position
UVF09STA= 'MovCompl'           / UV SOFA FW 9 Status
UVF10POS= 'F475X  '            / UV SOFA FW 10 Position
UVF10STA= 'MovCompl'           / UV SOFA FW 10 Status
UVF11POS= 'CLEAR11'            / UV SOFA FW 11 Position
UVF11STA= 'MovCompl'           / UV SOFA FW 11 Status
UVF12POS= 'CLEAR12'            / UV SOFA FW 12 Position
UVF12STA= 'MovCompl'           / UV SOFA FW 12 Status
  
              / IR Filter Wheel Information
  
IRFSMID = 'G141              ' / FSM Filter Number
  
              / Calibration Lamp Information
  
DEUTLAMP= 'off'                / Deuterium Lamp Status
LAMP1   = 'off'                / Tungsten Lamp 1 Status
LAMP2   = 'off'                / Tungsten Lamp 2 Status
LAMP3   = 'off'                / Tungsten Lamp 3 Status
LAMP4   = 'off'                / Tungsten Lamp 4 Status
  
              / Readout Information
  
HSTREADS=           1182934800 / Readout Start Time: HST time
MIEREADS=             32830512 / Readout Start: MIE coarse
MIFREADS=            105057010 / Readout Start: MIE fine
HSTREADC=           1182934800 / Readout Complete: HST time
MIEREADC=             32830698 / Readout Complete: MIE coarse
MIFREADC=            105057607 / Readout Complete: MIE fine
WORDSLFT=                    0 / Number of Words Remaining to be read out
FIFOEMTY= '        '           / Detector Science FIFOs Not Empty
READTIME=                 5.97 / Readout duration (sec)
READTOUT=               108.23 / Readout duration timeout limit (sec)
  
              / UVIS Readout Amps
  
UVGAINA =                  1.0 / UVIS Gain A
UVGAINB =                  1.0 / UVIS Gain B
UVGAINC =                  1.0 / UVIS Gain C
UVGAIND =                  1.0 / UVIS Gain D
UVOFFA  =                    0 / UVIS Offset A
UVOFFB  =                    0 / UVIS Offset B
UVOFFC  =                    0 / UVIS Offset C
UVOFFD  =                    0 / UVIS Offset D
OVERPHYA=                    0 / Physical Overscan AC Edge
OVERPHYB=                    0 / Physical Overscan BD Edge
OVERVIRA=                    0 / Virtual Column Overscan AC Edge
OVERVIRB=                    0 / Virtual Column Overscan BD Edge
OVERROWS=                    0 / Virtual Row Overscan Per Amp
BINPAR  =                    0 / Parallel Bin Y Size
BINSER  =                    0 / Serial Bin X Size
CCDBIN  = 'NoBin             ' / CCD Binning Ratio
  
              / IR Readout Amps
  
IRGAIN  =                  2.5 / IR Gain
IROFFAB =                  190 / IR Offset AB
IROFFCD =                  190 / IR Offset CD
  
              / UVIS Post-Flash Information
  
FLSHERR = 'NoError           ' / Flash Error Code
FLSHABRT= '--      '           / Flash Aborted
FLSHCUR = 'ZeroCur           ' / Flash Current
FLSHSTAT= 'Success           ' / Flash Status (Success/Fail)
FLSHCDUR=                  0.0 / Flash Commanded Duration
FLSHADUR=                  0.0 / Flash Actual Duration
  
              / UVIS CHARGE INJECTION PARAMETERS
CHINJECT= 'NONE    '           / UVIS Charge Injection Mode
  
              / Take-data Flag Information
  
TDFBEGIN= 'TDF Up  '           / Initial TDF State
TDFATTN = 'respond'            / TDF Monitoring Status
TDFNUM  =                    0 / Number of TDF Interrupts During Exposure
TDFDWNH =                  0.0 / Time of TDF Down: HST time
TDFDWNC =                    0 / Time of TDF Down: MIE coarse
TDFDWNF =                    0 / Time of TDF Down: MIE fine
END

--------------------------------- extension 32 ---------------------------------
XTENSION= 'IMAGE   '           / extension type
BITPIX  =                   16 / bits per data value
NAXIS   =                    0 / number of data axes
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
INHERIT =                    T / inherit the primary header
EXTNAME = 'SNAP1   '           / extension name
EXTVER  =                   16 / extension version number
ROOTNAME= 'ibh719jzq                         ' / rootname of the observation set
EXPNAME = 'ibh719jzq'          / 9 character exposure identifier
  
              / Exposure Information
  
ITDF    = 'Up      '           / Take Data Flag status
ITDFRESP= 'Enabled '           / Take Data Flag Response is enabled or disabled
IDMPSTAT= 'NoDmping'           / Image or memory dump in progress
IIMGDMPD=                  192 / Number of Images Dumped
ISDFFIFO= 'Empty             ' / SDF FIFO status (full, half-full, empty)
IDUMPTO = 'NoTimOut          ' / Dump timeout error flag
IDMPWAIT=                 80.5 / Time allowed to complete dump before timeout
IOBSNUM =                  145 / Observation number
IHDRCNT =                   49 / Number of headers currently in EDAC RAM
IIMGCNT =                   49 / # of images currently stored in CS Buffer memor
IIMGEXTP=             67967488 / Pointer to Image Buffer space of next image
IIMGINSP=             69833800 / Image insert pointer
INULLIMG=                    0 / NULL IMaGe counter
ISDRESTR= 'Invalid '           / Sci Data buffer restore
IDETWDSR=                 4761 / Detector Words Remaining
INUMLINE=                 1029 / # of SDF lines of image data stored in memory
  
              / Exposure Information: UVIS
  
IUPWRSTA= 'On '                / Uvis cs PoWeR STAtus
IUEXPSTA= 'ReadDone'           / Uvis cs EXPosure STAtus
IUEXPTYP= 'Full    '           / Uvis EXPosure TYPe
IUNDBSEL= 'Dark   '            / UVIS Normal/Dark/Bias Select
IUBINRAT= 'NoBin  '            / CCD Binning Ratio
IUBLKPRC=                    0 / Uvis BLcKs to PRoCess
IUHDALLO= 'NotALLO           ' / UVIS header allocated flag
IUFIFPRC=                    0 / Uvis FIFo PRoCessing
IUCMDREJ=                    0 / Uvis CMD REJect cntr
IUVADCS = 'Success '           / UVIS A/D Collection Status
IUVDATA = 'Empty   '           / UVIS DATA fifo empty
IUVEMPT = 'Empty   '           / UVIS addrs fifo EMPTy (aka ready)
IUVFULL = 'Not Full'           / UV addrss fifo FULL
IUVISINT= 'Empty   '           / UVIS hwed data INTrpt
IUINJECT= 'NONE   '            / UVIS Charge Injection Type
  
              / Exposure Information: IR
  
IRPWRSTA= 'On '                / Ir cs PoWeR STAtus
IREXPSTA= 'ObsDone '           / Ir cs EXPosure STAtus
IREXPTYP= 'SQ128Sub'           / iR EXPosure TYPe
IRNREADS=                   16 / Total readouts in commanded IR multiaccum
IRREADCT=                    0 / IR multiaccum readout counter
IROBSCTR=                 3350 / IR multiaccum observations since CS Operate
IRMONPIX=                    0 / Ir MONitor PIXel
IRFIFPRC=                    0 / Ir FIFo PRoCessing
IICMDREJ=                    0 / IR Command Reject counter
IIRADCS = 'Success '           / IR A/D Collection Status
IIRTPADS= 'TPColect'           / IR Timing Pattern DEB A/D Inhibit Status
IIRDATA = 'Empty   '           / IR DATA fifo empty
IIREMPT = 'Empty   '           / IR addrs fifo EMPTy (aka ready)
IIRFULL = 'Not Full'           / IR addrss fifo FULL
IIRINT  = 'Empty   '           / IR hwed data INTrpt
  
              / Channel Select Mechanism (CSM) Parameters
  
ICSMSTAT= 'PosValid'           / CSM Status
ICSMINIT= 'Init    '           / CSM Initialization Status
ICSMRLY = 'Closed  '           / CSM Relay Position (open, closed)
ICSMDIR = 'Forward'            / CSM stepper motor direction
ICSMSPD = '48.8    '           / CSM commanded Speed (steps/second)
ICSMHLD =                    7 / CSM commanded Motor HOLD off Count
ICSMAI  =           0.00732601 / CSM Motor current A (amps)
ICSMBI  =           0.00732601 / CSM Motor current B (amps)
ICSMRPOS=               1582.0 / CSM Resolver Position
ICSMCHAN= 'IR     '            / CSM Channel as reported by FSW
ICSMCOMM= 'A-B-'               / CSM Motor Commutation
ICSMMOT = 'NotMving'           / CSM Motor Moving status
ICSMOTVL= 'Normal  '           / CSM Overtravel Status
ICSMINRS= 'Enabled '           / CSM resolver inhibit status
ICSMTMP =                  4.1 / CSM Motor Temperature (dgC)
ICSMOHT = 'Normal  '           / CSM Overheat status
ICSMOVR = 'NoOvride'           / CSM Overheat Override
ICSMMSTP=                   52 / CSM Motor Step
  
              / UVIS Corrector
  
ICORINRS= 'Enabled'            / Inhibit Corrector resolver
IUCORSEL= 'Invalid '           / UVIS Corrector motor select CMD
IUFOCSTA= 'UnInit  '           / UVIS Corrector Focus Status
IUFOCINI= 'Not Init'           / UVIS Corrector Focus Initialization Status
IUFOCRLY= 'MEB2'               / UVIS Corrector Focus lvdt/thrmistr ReLaY
IUFOCSPD= '6.10    '           / UVIS Corrector Focus cmded Speed
IUFOCHLD=                    0 / UVIS Corrector Focus cmded Motor HOLD off Count
IUFOCDIR= 'Forward'            / UVIS Corrector Focus Stepper Motor Direction
IUFOCCOM= 'A+B+'               / UVIS Corrector Focus Commutation
IUFOCLVT=                  0.0 / UVIS Corrector Focus LVDT
IUFOCPOS=                 2437 / UVIS Corrector Focus Position
IUFOCTMP=            -0.666667 / UVIS Corrector Focus Motor Temperature (dgC)
IUFOCOHT= 'Normal  '           / UVIS Corrector Focus Overheat status
IUFOCOVR= 'NoOvride'           / UVIS Corrector Focus Overheat Override
  
IUINNSTA= 'UnInit  '           / UVIS Corrector Inner Status
IUINNINI= 'Not Init'           / UVIS Corrector Inner Initialization Status
IUINNSPD= '6.10    '           / UVIS Corrector Inner cmded Speed
IUINNHLD=                    0 / UVIS Corrector Inner cmded Motor HOLD off Count
IUINNDIR= 'Forward'            / UVIS Corrector Inner Stepper Motor Direction
IUINNCOM= 'A+B+'               / UVIS Corrector Inner Commutation
IUINNRES=                  0.0 / UVIS Corrector Inner Resolver
IUINNTMP=                  0.1 / UVIS Corrector Inner Motor Temperature (dgC)
IUINNOHT= 'Normal  '           / UVIS Corrector Inner Overheat status
IUINNOVR= 'NoOvride'           / UVIS Corrector Inner Overheat override
  
IUOUTSTA= 'UnInit  '           / UVIS Corrector Outer Status
IUOUTINI= 'Not Init'           / UVIS Corrector Outer Initialization Status
IUOUTSPD= '6.10    '           / UVIS Corrector Outer cmded Speed
IUOUTHLD=                    0 / UVIS Corrector Outer cmded Motor HOLD off Count
IUOUTDIR= 'Forward'            / UVIS Corrector Outer Stepper Motor Direction
IUOUTCOM= 'A+B+'               / UVIS Corrector Outer Commutation
IUOUTRES=                  0.0 / UVIS Corrector Outer Resolver
IUOUTTMP=            -0.666667 / UVIS Corrector Outer Motor Temperature (dgC)
IUOUTOHT= 'Normal  '           / UVIS Corrector Outer Overheat status
IUOUTOVR= 'NoOvride'           / UVIS Corrector Outer Overheat override
  
              / IR Corrector
  
IRFOCSTA= 'UnInit  '           / IR Corrector Focus Status
IRFOCINI= 'Not Init'           / IR Corrector Focus Initialization Status
IRFOCRLY= 'MEB2'               / IR Corrector Focus lvdt/thrmistr ReLaY
IRFOCSPD= '6.10    '           / IR Corrector Focus cmded Speed
IRFOCHLD=                    0 / IR Corrector Focus cmded Motor HOLD off Count
IRFOCDIR= 'Reverse '           / IR Corrector Focus Stepper Motor Direction
IRFOCCOM= 'A+B+'               / IR Corrector Focus Commutation
IRFOCLVT=                  0.0 / IR Corrector Focus LVDT
IRFOCPOS=                 2306 / IR Corrector Focus Position
IRFOCTMP=                  2.3 / IR Corrector Focus Motor Temperature (dgC)
IRFOCOHT= 'Normal  '           / IR Corrector Focus Overheat status
IRFOCOVR= 'NoOvride'           / IR Corrector Focus Overheat Override
  
IRINNSTA= 'UnInit  '           / IR Corrector Inner Status
IRINNINI= 'Not Init'           / IR Corrector Inner Initialization Status
IRINNSPD= '6.10    '           / IR Corrector Inner cmded Speed
IRINNHLD=                    0 / IR Corrector Inner cmded Motor HOLD off Count
IRINNDIR= 'Reverse '           / IR Corrector Inner Stepper Motor Direction
IRINNCOM= 'A+B+'               / IR Corrector Inner Commutation
IRINNRES=                  0.0 / IR Corrector Inner Resolver
IRINNTMP=                 1.98 / IR Corrector Inner Motor Temperature (dgC)
IRINNOHT= 'Normal  '           / IR Corrector Inner Overheat status
IRINNOVR= 'NoOvride'           / IR Corrector Inner Overheat override
  
IROUTSTA= 'UnInit  '           / IR Corrector Outer Status
IROUTINI= 'Not Init'           / IR Corrector Outer Initialization Status
IROUTSPD= '6.10    '           / IR Corrector Outer cmded Speed
IROUTHLD=                    0 / IR Corrector Outer cmded Motor HOLD off Count
IROUTDIR= 'Reverse '           / IR Corrector Outer Stepper Motor Direction
IROUTCOM= 'A+B+'               / IR Corrector Outer Commutation
IROUTRES=                    0 / IR Corrector Outer Resolver
IROUTTMP=                  2.3 / IR Corrector Outer Motor Temperature (dgC)
IROUTOHT= 'Normal  '           / IR Corrector Outer Overheat status
IROUTOVR= 'NoOvride'           / IR Corrector Outer Overheat override
  
              / IR Filter Select Mechanism (FSM) Parameters
  
IFSMSTAT= 'PosValid'           / FSM Mechanism status
IFSMINIT= 'Init    '           / FSM Initialization Status
IFSMRLY = 'Closed  '           / FSM Relay position (open, closed)
IFSMDIR = 'Forward'            / FSM stepper motor direction
IFSMSPD = '65.1    '           / FSM commanded speed
IFSMHLD =                    7 / FSM cmded Motor HOLD off count
IFSMAI  =           0.00732601 / FSM Motor A current (amps)
IFSMBI  =           0.00732601 / FSM Motor B current (amps)
IFSMRPOS=              10908.0 / FSM Resolver Position
IFSMFILT= 'G141   '            / FSM Filter as reported by FSW
IFSMCOMM= 'A+B-'               / FSM Motor Commutation
IFSMMOT = 'NotMovng'           / FSM Motor Moving status
IFSMINRS= 'Enabled'            / FSM resolver inhibit status
IFSMTMP =             -13.2333 / FSM Motor Temperature (dgC)
IFSMMECT=                -43.0 / FSM Housing Temperature (dgC)
IFSMOHT = 'Normal  '           / FSM Overheat status
IFSMOVR = 'NoOvride'           / FSM Overheat Override
IFSMMSTP=                  360 / FSM Motor Step
  
              / UVIS Shutter Mechanism
  
ISHSTAT = 'PosValid'           / UVIS Shutter mechanism Status
ISHENAB = 'Enable '            / Shutter Motor Enable status
ISHMTRI =           0.00610501 / Shutter Motor Current (amps)
ISHCSOVR= 'CEBCntrl'           / Shutter CS Override
ISHCEBOC= 'Close'              / Shutter CEB command (Close, Open)
ISHCSOC = 'Close'              / Shutter CS control (Close, Open)
ISHLTCH = 'ClosLtch'           / Shutter Latch Used
ISHSWSTA= 'Closed'             / Shutter Software Status
ISHRBPOS=   5.110400000000E+04 / Shutter Readback Position
ISHCMPOS=   5.115200000000E+04 / Shutter Commanded Position
ISHTERR =            -0.218138 / Shutter move error (degrees)
ISHCOMM =                  6.0 / Shutter Motor Commutation
ISHCOMAH= 'Disabled'           / Shutter Motor Commutation A High
ISHCOMBH= 'Enabled '           / Shutter Motor Commutation B High
ISHCOMCH= 'Disabled'           / Shutter Motor Commutation C High
ISHCOMAL= 'Enabled '           / Shutter Motor Commutation A Low
ISHCOMBL= 'Disabled'           / Shutter Motor Commutation B Low
ISHCOMCL= 'Disabled'           / Shutter Motor Commutation C Low
ISHUTTMP=                  1.4 / Shutter Motor Temperature (dgC)
ISHUTOHT= 'Normal  '           / Shutter Overheat status
ISHUTOVR= 'NoOvride'           / Shutter Overheat Override
ISHPLSB = 'MEB#1'              / Shutter PROM LSB (MEB1, MEB2)
ISHAMPCT= 'Disable'            / Shutter Motor Amp Control status
  
              / SOFA Parameters
  
ISOFAI  =            -0.003663 / SOFA motor current
ISOFASEL= 'Selected'           / Readback of MEB Select
ISFA5VR1= 'Closed '            / Readback of the 5V SOFA relay on string 1
ISFA5VR2= 'Closed '            / Readback of the 5V SOFA relay on string 2
ISFA30V1= 'Closed'             / Readback of the 30V SOFA relay on String 1
ISFA30V2= 'Closed'             / Readback of the 30V SOFA relay on String 2
ISOFATMP=                  1.4 / SOFA mechanism Temperature
ISFEXSPD=                  1.0 / SOFA Extended Speed
  
ISFAST01= 'MoveComp'           / SOFA filter wheel 01 status flags
ISFAIS01= 'Init   '            / SOFA filter wheel 01 initialization status
ISFAHI01= 'InitHome'           / SOFA filter wheel 01 home initialization status
ISFASP01=                 48.8 / SOFA filter wheel 01 speed
ISFAHD01=                   15 / SOFA filter wheel 01 holdoff count
ISFAHS01= 'Home Pos'           / SOFA Filter Wheel 1 Home optical sensor
ISFAOP01= 'CLEAR1 '            / SOFA Filter in the optical path for FW 01
ISFAPO01=                  0.0 / SOFA filter wheel 01 position
ISFAMC01=                 56.0 / SOFA filter wheel 01 Motor commutation
  
ISFAST02= 'MoveComp'           / SOFA filter wheel 02 status flags
ISFAIS02= 'Init   '            / SOFA filter wheel 02 initialization status
ISFAHI02= 'InitHome'           / SOFA filter wheel 02 home initialization status
ISFASP02=                 48.8 / SOFA filter wheel 02 speed
ISFAHD02=                   15 / SOFA filter wheel 02 holdoff count
ISFAHS02= 'Home Pos'           / SOFA Filter Wheel 2 Home optical sensor
ISFAOP02= 'CLEAR2 '            / SOFA Filter in the optical path for FW 02
ISFAPO02=                  0.0 / SOFA filter wheel 02 position
ISFAMC02=                 56.0 / SOFA filter wheel 02 Motor commutation
  
ISFAST03= 'MoveComp'           / SOFA filter wheel 03 status flags
ISFAIS03= 'Init   '            / SOFA filter wheel 03 initialization status
ISFAHI03= 'InitHome'           / SOFA filter wheel 03 home initialization status
ISFASP03=                 48.8 / SOFA filter wheel 03 speed
ISFAHD03=                   15 / SOFA filter wheel 03 holdoff count
ISFAHS03= 'Home Pos'           / SOFA Filter Wheel 3 Home optical sensor
ISFAOP03= 'CLEAR3 '            / SOFA Filter in the optical path for FW 03
ISFAPO03=                  0.0 / SOFA filter wheel 03 position
ISFAMC03=                 56.0 / SOFA filter wheel 03 Motor commutation
  
ISFAST04= 'MoveComp'           / SOFA filter wheel 04 status flags
ISFAIS04= 'Init   '            / SOFA filter wheel 04 initialization status
ISFAHI04= 'InitHome'           / SOFA filter wheel 04 home initialization status
ISFASP04=                 48.8 / SOFA filter wheel 04 speed
ISFAHD04=                   15 / SOFA filter wheel 04 holdoff count
ISFAHS04= 'Home Pos'           / SOFA Filter Wheel 4 Home optical sensor
ISFAOP04= 'CLEAR4 '            / SOFA Filter in the optical path for FW 04
ISFAPO04=                  0.0 / SOFA filter wheel 04 position
ISFAMC04=                 56.0 / SOFA filter wheel 04 Motor commutation
  
ISFAST05= 'MoveComp'           / SOFA filter wheel 05 status flags
ISFAIS05= 'Init   '            / SOFA filter wheel 05 initialization status
ISFAHI05= 'InitHome'           / SOFA filter wheel 05 home initialization status
ISFASP05=                 48.8 / SOFA filter wheel 05 speed
ISFAHD05=                   15 / SOFA filter wheel 05 holdoff count
ISFAHS05= 'Home Pos'           / SOFA Filter Wheel 5 Home optical sensor
ISFAOP05= 'CLEAR5 '            / SOFA Filter in the optical path for FW 05
ISFAPO05=                  0.0 / SOFA filter wheel 05 position
ISFAMC05=                 56.0 / SOFA filter wheel 05 Motor commutation
  
ISFAST06= 'MoveComp'           / SOFA filter wheel 06 status flags
ISFAIS06= 'Init   '            / SOFA filter wheel 06 initialization status
ISFAHI06= 'InitHome'           / SOFA filter wheel 06 home initialization status
ISFASP06=                 48.8 / SOFA filter wheel 06 speed
ISFAHD06=                   15 / SOFA filter wheel 06 holdoff count
ISFAHS06= 'Home Pos'           / SOFA Filter Wheel 6 Home optical sensor
ISFAOP06= 'CLEAR6 '            / SOFA Filter in the optical path for FW 06
ISFAPO06=                  0.0 / SOFA filter wheel 06 position
ISFAMC06=                 56.0 / SOFA filter wheel 06 Motor commutation
  
ISFAST07= 'MoveComp'           / SOFA filter wheel 07 status flags
ISFAIS07= 'Init   '            / SOFA filter wheel 07 initialization status
ISFAHI07= 'InitHome'           / SOFA filter wheel 07 home initialization status
ISFASP07=                 48.8 / SOFA filter wheel 07 speed
ISFAHD07=                   15 / SOFA filter wheel 07 holdoff count
ISFAHS07= 'Home Pos'           / SOFA Filter Wheel 7 Home optical sensor
ISFAOP07= 'CLEAR7 '            / SOFA Filter in the optical path for FW 07
ISFAPO07=                  0.0 / SOFA filter wheel 07 position
ISFAMC07=                 56.0 / SOFA filter wheel 07 Motor commutation
  
ISFAST08= 'MoveComp'           / SOFA filter wheel 08 status flags
ISFAIS08= 'Init   '            / SOFA filter wheel 08 initialization status
ISFAHI08= 'InitHome'           / SOFA filter wheel 08 home initialization status
ISFASP08=                 48.8 / SOFA filter wheel 08 speed
ISFAHD08=                   15 / SOFA filter wheel 08 holdoff count
ISFAHS08= 'Home Pos'           / SOFA Filter Wheel 8 Home optical sensor
ISFAOP08= 'CLEAR8 '            / SOFA Filter in the optical path for FW 08
ISFAPO08=                  0.0 / SOFA filter wheel 08 position
ISFAMC08=                 56.0 / SOFA filter wheel 08 Motor commutation
  
ISFAST09= 'MoveComp'           / SOFA filter wheel 09 status flags
ISFAIS09= 'Init   '            / SOFA filter wheel 09 initialization status
ISFAHI09= 'InitHome'           / SOFA filter wheel 09 home initialization status
ISFASP09=                 48.8 / SOFA filter wheel 09 speed
ISFAHD09=                   15 / SOFA filter wheel 09 holdoff count
ISFAHS09= 'Home Pos'           / SOFA Filter Wheel 9 Home optical sensor
ISFAOP09= 'CLEAR9 '            / SOFA Filter in the optical path for FW 09
ISFAPO09=                  0.0 / SOFA filter wheel 09 position
ISFAMC09=                 56.0 / SOFA filter wheel 09 Motor commutation
  
ISFAST10= 'MoveComp'           / SOFA filter wheel 10 status flags
ISFAIS10= 'Init   '            / SOFA filter wheel 10 initialization status
ISFAHI10= 'InitHome'           / SOFA filter wheel 10 home initialization status
ISFASP10=                 48.8 / SOFA filter wheel 10 speed
ISFAHD10=                   15 / SOFA filter wheel 10 holdoff count
ISFAHS10= 'Not Home'           / SOFA Filter Wheel 10 Home optical sensor
ISFAOP10= 'F475X  '            / SOFA Filter in the optical path for FW 10
ISFAPO10=                287.0 / SOFA filter wheel 10 position
ISFAMC10=                 56.0 / SOFA filter wheel 10 Motor commutation
  
ISFAST11= 'MoveComp'           / SOFA filter wheel 11 status flags
ISFAIS11= 'Init   '            / SOFA filter wheel 11 initialization status
ISFAHI11= 'InitHome'           / SOFA filter wheel 11 home initialization status
ISFASP11=                 48.8 / SOFA filter wheel 11 speed
ISFAHD11=                   15 / SOFA filter wheel 11 holdoff count
ISFAHS11= 'Home Pos'           / SOFA Filter Wheel 11 Home optical sensor
ISFAOP11= 'CLEAR11'            / SOFA Filter in the optical path for FW 11
ISFAPO11=                  0.0 / SOFA filter wheel 11 position
ISFAMC11=                 56.0 / SOFA filter wheel 11 Motor commutation
  
ISFAST12= 'MoveComp'           / SOFA filter wheel 12 status flags
ISFAIS12= 'Init   '            / SOFA filter wheel 12 initialization status
ISFAHI12= 'InitHome'           / SOFA filter wheel 12 home initialization status
ISFASP12=                 48.8 / SOFA filter wheel 12 speed
ISFAHD12=                   15 / SOFA filter wheel 12 holdoff count
ISFAHS12= 'Home Pos'           / SOFA Filter Wheel 12 Home optical sensor
ISFAOP12= 'CLEAR12'            / SOFA Filter in the optical path for FW 12
ISFAPO12=                  0.0 / SOFA filter wheel 12 position
ISFAMC12=                 56.0 / SOFA filter wheel 12 Motor commutation
  
              / Cal Lamps Power Supply
  
ICL5V   =              5.23447 / Cal Lamp +5 V
ICL15V  =              14.5991 / Cal Lamp +15 V
  
              / Deuterium Lamp
  
IDLAMP  = 'Off'                / Deuterium Lamp Status
IDLAMPEN= 'Disable'            / Deuterium Lamp Enable
IDLMPCUR= 'Medium '            / Deuterium Lamp Current selection
IDLAMPI = 'Medium '            / Deuterium Lamp Current Level
ID2LAMPI=              1.41176 / Deuterium Lamp current (amps)
ID2LMPT =                    5 / Deuterium Lamp Housing temperature (dgC)
  
              / Tungsten Lamps
  
ITLMPSEL=                  128 / Tungsten Lamp Relay Position
ITLMP12I=                 13.9 / Tungsten Lamp 12 Current Monitor (amps)
ITLMP34I=                 15.8 / Tungsten Lamp 34 Current Monitor (amps)
ITCALPLT=                    5 / Cal Platform near Tungsten Lamp temp (dgC)
ITLMPT  =                    5 / Tungsten Lamp Housing temperature (dgC)
ITL12EN = 'Disable'            / Tungsten Lamp Bulbs 1 & 2 Enable
ITL34EN = 'Disable'            / Tungsten Lamp Bulbs 3 & 4 Enable
ITLAMP1 = 'Off'                / Tungsten Lamp 1 status
ITLAMP2 = 'Off'                / Tungsten Lamp 2 status
ITLAMP3 = 'Off'                / Tungsten Lamp 3 status
ITLAMP4 = 'Off'                / Tungsten Lamp 4 status
  
              / UVIS Detector
  
IUS1ABLO=             -7.65624 / UVIS Serial clock 1 AB Low
IUS1ABHI=             -1.01557 / UVIS Serial clock 1 AB High
IUS1CDLO=             -7.57811 / UVIS Serial clock 1 CD Low
IUS1CDHI=             -1.01557 / UVIS Serial clock 1 CD High
IUS2ALO =             -7.61717 / UVIS Serial clock 2 A Low
IUS2AHI =             -1.01557 / UVIS Serial clock 2 A High
IUS2BLO =             -7.61717 / UVIS Serial clock 2 B Low
IUS2BHI =             -1.01557 / UVIS Serial clock 2 B High
IUS2CLO =             -7.57811 / UVIS Serial clock 2 C Low
IUS2CHI =             -1.01557 / UVIS Serial clock 2 C High
IUS2DLO =             -7.57811 / UVIS Serial clock 2 D Low
IUS2DHI =             -1.01557 / UVIS Serial clock 2 D High
IUS3ALO =             -7.61717 / UVIS Serial clock 3 A Low
IUS3AHI =             -1.01557 / UVIS Serial clock 3 A High
IUS3BLO =             -7.61717 / UVIS Serial clock 3 B Low
IUS3BHI =             -1.01557 / UVIS Serial clock 3 B High
IUS3CLO =             -7.57811 / UVIS Serial clock 3 C Low
IUS3CHI =             -1.01557 / UVIS Serial clock 3 C High
IUS3DLO =             -7.57811 / UVIS Serial clock 3 D Low
IUS3DHI =             -1.01557 / UVIS Serial clock 3 D High
IUP1ABLO=             -9.68744 / UVIS Parallel clock 1 AB LO
IUP1ABHI=              2.50008 / UVIS Parallel clock 1 AB HI
IUP1CDLO=             -9.60931 / UVIS Parallel clock 1 CD LO
IUP1CDHI=              2.50008 / UVIS Parallel clock 1 CD HI
IUP2ABLO=             -7.49992 / UVIS Parallel clock 2 AB LO
IUP2ABHI=              4.53134 / UVIS Parallel clock 2 AB HI
IUP2CDLO=             -7.49992 / UVIS Parallel clock 2 CD LO
IUP2CDHI=              4.53134 / UVIS Parallel clock 2 CD HI
IUP3ABLO=             -9.68744 / UVIS Parallel clock 3 AB LO
IUP3ABHI=              2.54541 / UVIS Parallel clock 3 AB HI
IUP3CDLO=             -9.60931 / UVIS Parallel clock 3 CD LO
IUP3CDHI=              2.54541 / UVIS Parallel clock 3 CD HI
IUTGABLO=             -9.68744 / UVIS Transfer Gate AB LO
IUTGABHI=              2.50008 / UVIS Transfer Gate AB HI
IUTGCDLO=             -9.60931 / UVIS Transfer Gate CD LO
IUTGCDHI=              2.50008 / UVIS Transfer Gate CD HI
IURGABLO=             -8.57561 / UVIS Reset Gate AB LO
IURGABHI=            -0.996816 / UVIS Reset Gate AB HI
IURGCDLO=             -8.49748 / UVIS Reset Gate CD LO
IURGCDHI=            -0.996816 / UVIS Reset Gate CD HI
IUSWALO =             -7.61717 / UVIS Summing Well A Low
IUSWAHI =             -1.01557 / UVIS Summing Well A High
IUSWBLO =             -7.65624 / UVIS Summing Well B Low
IUSWBHI =             -1.01557 / UVIS Summing Well B High
IUSWCLO =             -7.57811 / UVIS Summing Well C Low
IUSWCHI =             -1.01557 / UVIS Summing Well C High
IUSWDLO =             -7.57811 / UVIS Summing Well D Low
IUSWDHI =             -1.01557 / UVIS Summing Well D High
IUOFDAB =              11.8903 / UVIS OFfset Drain AB
IUOFDCD =              11.8903 / UVIS OFfset Drain CD
IUVDDAB =              23.0973 / UVIS ceb VDD AB amp bias
IUVDDCD =              23.0973 / UVIS ceb VDD CD amp bias
IUOFFSTA=             -1.09369 / UVIS ceb aspc A/D OFFSeT A
IUOFFSTB=             -1.09369 / UVIS ceb aspc A/D OFFSeT B
IUOFFSTC=             -1.09369 / UVIS ceb aspc A/D OFFSeT C
IUOFFSTD=             -1.09369 / UVIS ceb aspc A/D OFFSeT D
IUVODAB =              9.49643 / UVIS ceb Vlt Output Diode AB
IUVODCD =              9.49643 / UVIS ceb Vlt Output Diode CD
IULGATAB=             -5.46872 / UVIS ceb Last GATe AB
IULGATCD=             -5.54685 / UVIS ceb Last GATe CD
  
              / IR Detector
  
IRBDACHI=             -1.98022 / DAC output for VBIAS_Qxx signals
IRDACSPR=            0.0415686 / DAC output for unused SPARE
IRDIGP5 =              4.84322 / +5V input voltage for digital portion of DEB
IRDP15  =              14.7012 / Switched +15V for detector ANALOG to buffer PWA
IRDACREF=              5.02432 / Digital to Analog converter +5V reference
IRADOFST=             -2.45255 / -2.5V offset for pre-ADC filter stage
IRA2DP12=              12.1475 / +12V supply for pre-ADC filter stage and ADCs
IRA2DM12=             -12.0784 / -12V supply for pre-ADC filter stage and ADCs
IRANAP5 =               5.0298 / +5V supply for ADCs
  
IR1SP15 =              14.4941 / Input +15V from active SPB, quads 1,2
IR1SM15 =             -14.8392 / Input -15V from active SPB, quads 1,2
IR1FP14 =              13.6659 / Active power filter output for +14V, quads 1,2
IR1FM14 =              -14.149 / Active power filter output for -14V, quads 1,2
IR1DP15 =              14.5631 / Switched +15V from active SPB, quads 1,2
IR1DDP15=              14.5631 / IR Switched input +15V quads 1,2
IR1CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 1,2
IR1REFP5=              4.98824 / +5V reference for detector ANALOG, quads 1,2
IR1ANBP5=              4.94667 / Analog +5V applied to detector, quads 1,2
IR1DGBP5=              4.98824 / Digital +5V applied to detector, quads 1,2
IR1FB1  =             0.732552 / Fixed bias to detector substrate, quads 1,2
IR1FB2  =              3.39873 / Fixed bias to detector bias generator, quad 1,2
IR1M1   =             -1.01211 / -1V supply for detector bias drivers, quad 1,2
IR12OFST=             -3.68347 / Offset removal for sig proc chain, quads 1,2
IR1BUSY =             -3.96078 / ADC busy status flag, quads 1,2
IR1GND  =            0.0392157 / Analog grnd refr for Buffer PWA (quads 1,2)
IR1VB   =             0.489231 / Programmable bias to photodiodes thru MUX (1,2)
  
IR3SP15 =              14.4941 / Input +15V from active SPB, quads 3,4
IR3SM15 =             -14.8392 / Input -15V from active SPB, quads 3,4
IR3FP14 =              13.6659 / Active power filter output for +14V, quads 3,4
IR3FM14 =              -14.149 / Active power filter output for -14V, quads 3,4
IR3DP15 =              14.5631 / Switched +15V from active SPB, quads 3,4
IR3DDP15=              14.5631 / IR Switched input +15V quads 3,4
IR3CLKP5=              4.98824 / +5V reference for detector DIGITAL, quads 3,4
IR3REFP5=              4.98824 / +5V reference for detector ANALOG, quads 3,4
IR3ANBP5=              4.94667 / Analog +5V applied to detector, quads 3,4
IR3DGBP5=              4.98824 / Digital +5V applied to detector, quads 3,4
IR3FB1  =             0.727375 / Fixed bias to detector substrate, quads 3,4
IR3FB2  =              3.39873 / Fixed bias to detector bias generator, quad 3,4
IR3M1   =             -1.01729 / -1V supply for detector bias drivers, quad 3,4
IR34OFST=             -3.69382 / Offset removal for sig proc chain, quads 3,4
IR3BUSY =             -3.96078 / ADC busy status flag, quads 3,4
IR3GND  =            0.0392157 / Analog ground reference for Buffer PWA
IR3VB   =             0.489231 / Programmable bias to photodiodes thru MUX (3,4)
  
              / Temperatures
  
IUVDETMP=             -82.7963 / UVIS Detector temperature
IRFPATMP=              -127.96 / IR FPA temperature
IMEB1ST =                  2.5 / MEB1 Side Wall Temp (outer)
IMEB2ST =                  7.5 / MEB2 Side Wall Temp (outer)
ILVPS1ST=              3.57143 / LVPS1 Side wall temp (opposite mounting side)
ILVPS2ST=              12.8571 / LVPS2 Side wall temp (opposite mounting side)
ICEBET  =                 10.0 / CEB End wall (aft) temp
IDEBET  =                  7.5 / DEB End wall (aft) temp
IFITAT  =                  7.5 / FITting A Temp
IFITBT  =                  5.0 / FITting B Temp
IFITCT  =              6.66667 / FITting C Temp
IOBIRFMT=              4.28571 / Optical Bench near IR Fold Mirror temp
IOBIRM1T=             -4.28571 / Optical Bench near IR M1 mount temp
IOBTOPT =             0.714286 / Optical Bench on top cover centered temp
ICPLATET=              3.57143 / Optical Bench Cold Plate (near POM end) Temp
IENCEBT =                  5.0 / Enclosure Panel Bay 1 adjacent to CEB (+V2)
IENDEBT =              6.66667 / Enclosure Panel Bay 2 adjacent to DEB (-V2)
IENBY1FT=              6.66667 / Enclosure Panel Bay 1 Forward (+V2+V3)
IENBY2FT=              6.66667 / Enclosure Panel Bay 2 Forward (-V2+V3)
IENBOTT =              5.83333 / Enclosure Bottom center (-V1) temp
IENPOMT =                  7.5 / Enclosure Panel fore adjacent to POM temp
IERBOTT =             0.714286 / Electronics Radiator near middle bottom
IDRIRCST=                -32.5 / Detctr Radiator on IR side by Condensor Saddle
IDRIRT  =             -36.6667 / Detctr Radiator on IR side away from saddle
IDRTSCST=             -34.1667 / Detctr Radiator on UV side near VHCP Saddle
IDRUVT  =             -38.3333 / Detctr Radiator on UV side away from saddle
IPOMARMT=              12.8571 / Pickoff mirror arm near mirror
ICALBOXT=                  7.7 / Calibration Electronics Box temp
ICALCVRT=                    5 / Calibration Platform Cover (radiator) temp
IM1CONDT=             0.714286 / MEB1 condenser saddle on radiator
IUVEVAPT=             -2.14286 / UVIS detector evaporator saddle
ICPCONDT=             -34.1667 / Opt Bench cold plate condenser saddle on radiat
IREVAPT =               -51.25 / IR detector baseplate evaporator saddle
IRENEVPT=                  -45 / IR cold enclosure evaporator saddle
IUVCONDT=             -33.3333 / UVIS condenser saddle on radiator
ICSTMP  =              15.8833 / MEB CS board (cpu PWA) temperature
IUCBTIMT=              13.2909 / UVIS CEB Timing PWB temperature
IUASPCT =              18.3971 / UVIS CEB ASPC PWB temperature
IUCLK1T =               19.029 / UVIS CEB Clock Driver 1 PWB temperature
IUCLK2T =               19.029 / UVIS CEB Clock Driver 2 PWB temperature
IR1TMP  =              16.3602 / IR DEB Buffer Board (quads 1,2) sensor U22
IR3TMP  =              17.7082 / IR DEB Buffer Board (quads 3,4) sensor U3
IRSPBTMP=              22.9157 / IR DEB Signal Processing Board sensor U48
  
              / Power
  
IHC15V  =              15.3127 / +15 volts from Thermal Control power convrtr
I10VREF1=              9.99006 / +10 volt MEB SES1 board ADC reference 1
I10VREF2=              9.99982 / +10 volt MEB SES1 board ADC reference 2
I5VOP   =              4.92197 / +5V Operate mode reg
I15VOP  =              15.6252 / +15V Operate mode reg
IM15VOP =             -15.9375 / -15V Operate mode reg
I5VMEC  =              5.00009 / +5V mech dc/dc converter monitor
I15VMEC =              15.9377 / +15V mech dc/dc converter monitor
I30VMEC =              31.8755 / +30V mech dc/dc converter monitor
IUVTECV =              4.55595 / UVIS Detector TEC voltage
ISHTECV =              1.71882 / UVIS Shield two-stage TEC voltage
IR6TECV =              6.06644 / IR FPA six-stage TEC voltage
IRCETECV=              5.71868 / IR Cold Enclosure TEC voltage
IRDBTECV=              5.63832 / IR Detector baseplate TEC voltage
  
              / CS Memory
  
ICSMEM01=                29688 / CS memory monitor #1
ICSMEM02=                 1280 / CS memory monitor #2
ICSMEM03=                   72 / CS memory monitor #3
ICSMEM04=                    1 / CS memory monitor #4
ICSMEM05=                   72 / CS memory monitor #5
ICSMEM06=                   72 / CS memory monitor #6
ICSMEM07=                   37 / CS memory monitor #7
ICSMEM08=                43938 / CS memory monitor #8
ICSMEM09=                   72 / CS memory monitor #9
ICSMEM10=                   72 / CS memory monitor #10
ICSMEM11=                   72 / CS memory monitor #11
ICSMEM12=                   72 / CS memory monitor #12
IBANKNUM=                    0 / Memory monitor BANK NUM
  
              / CEB Status
  
IASP1PWR= 'LVPS2  '            / CEB ASPC 1 Board Power Select Relay
IASP2PWR= 'LVPS2  '            / CEB ASPC 2 Board Power Select Relay
ICLK1PWR= 'LVPS2  '            / CEB Clock 1 Board Power Select Relay
ICLK2PWR= 'LVPS2  '            / CEB Clock 2 Board Power Select Relay
ICEB5V  =              5.00009 / CEB +5V converter
ICEBP15V=               15.469 / CEB +15V converter
ICEBM15V=              -15.625 / CEB -15V converter
ICEB35V =              35.6255 / CEB +35V converter
IUTG1P5 =             0.312565 / CEB Tim Gen1 +5v
IUTG2P5 =              4.92197 / CEB Tim Gen2 +5v
IUCK1P5 =              4.92197 / CEB Clock 1 +5V
IUCK1P15=              15.3127 / CEB Clock 1 +15V
IUCK1M15=             -15.4687 / CEB Clock 1 -15V
IUCK2P5 =              4.92197 / CEB Clock 2 +5V
IUCK2P15=              15.3127 / CEB Clock 2 +15V
IUCK2M15=             -15.4687 / CEB Clock 2 -15V
IUAS1P5 =              4.92197 / CEB ASPC/Bias 1 +5V
IUAS1P15=              14.6877 / CEB ASPC/Bias 1 +15V
IUAS1M15=             -14.8437 / CEB ASPC/Bias 1 -15V
IUAS1P35=               34.063 / CEB ASPC/Bias 1 +35V
IUAS2P5 =              5.00009 / CEB ASPC/Bias 2 +5V
IUAS2P15=              14.6877 / CEB ASPC/Bias 2 +15V
IUAS2M15=             -14.8437 / CEB ASPC/Bias 2 -15V
IUAS2P35=              35.6255 / CEB ASPC/Bias 2 +35V
  
              / DEB Status
  
IR1P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 1,2)
IR1M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 1,2)
IR3P15PW= 'LVPS2  '            / DEB +15V Power Select Relay (quads 3,4)
IR3M15PW= 'LVPS2  '            / DEB -15V Power Select Relay (quads 3,4)
IDEB5V  =              5.00009 / DEB +5V converter
IDEB15V =               14.844 / DEB +15V converter
IDEBM15V=             -15.0864 / DEB -15V converter
  
              / FSW and Command Status
  
IERRCNT =                    0 / Number of errors sent to the NSSC-I by the FSW
IFSWVER =                 1280 / FSW Version number
IELOGIND=                    4 / Index into the internal FSW error log
IELOGMSG=                   25 / Last error parameter processed by FSW
IELOGNUM=                  342 / Last error code processed by FSW
IELOGWRP= 'OK      '           / FSW error log wraparound
ILIMCKEN= 'Limit On'           / Limits checking enabled
INEDCOLL= 'Collect '           / Normal Eng. Data (NED) collection enabled
IBUSWAIT= 'No Wait '           / Bus Wait State is enabled/disabled
IDOGTIME= 'Dog On  '           / Watchdog Timer reset hardware function
ICSPAGE = 'Enabled '           / CS paging is enabled or disabled
ITIMECOD= 'Clear   '           / NSSC-1 has issued a Time Code Update
IBKGDMON= 'Enabled '           / Background processing software function enabled
IIMCMDAC=                  252 / Number of immediate MARs accepted by FSW from R
IIMCMDPC=                  252 / Number of immediate MARs processed by the FSW
ILASTIMM=                   22 / Number of the last immediate MAR processed
ICMDFIFO= 'Empty             ' / RIU command FIFO status (full, half-full, empty
INRCMDAC=                  168 / Number of normal MAR's accepted by FSW from RIU
INRCMDPC=                  165 / Number of normal MAR's processed by the FSW
ILASTNRM=                  202 / Number of the last normal MAR processed
INRMQUE =                    0 / Number of entries in the Normal MAR queue
IWAIT   = 'NoWait  '           / Wait normal MAR is currently being processed
ICMDATAC=                  211 / Number of data values accepted by FSW since ini
IDATQUE =                    0 / Number of entries in the Parameter Data queue
IMACINHB= 'OK                ' / Normal MAR processing suspended flag
ICHKSUM = 'Done'               / FSW checksum calculated
ILSTCKSM=                    0 / Last checksum computed by the FSW
IMAJFCNT=                29688 / Major frame count
IMINFCNT=                   72 / Minor frame count
ILOOPCNT=                    0 / counter to show a function is running
IALGDIAG= 'NoColect '          / Analog Diagnostic currently in progress
IDERDIAG= 'NoColect '          / DERived Diagnostic currently in progress
IDIGDIAG= 'NoColect'           / Digital Diagnostic collection status
ISLFTEST= 'NoTest  '           / Self-test normal MAR processing flag
ITESTRES= 'Passed  '           / Results of the last self test performed
ISESADCS= 'Success '           / SES A/D CoIlection Status
ISESDATA= 'Empty   '           / SES A/D data FIFO is empty
ISESEMPT= 'Empty   '           / SES A/D address FIFO is empty
ISESFULL= 'NotFull'            / SES A/D address FIFO is full
ISESINT = 'Empty   '           / SES hardware interrupt
IMECHSEL= 'None    '           / Selected Mechanism (FW CSM)
IMINTSTA= 'Normal  '           / Mechanism Stepping Interrupt Status (FW, CSM)
INEDSTAT= 'Waiting '           / NED Code Execuition Status
ITCUERR = 'NoError           ' / Time code update error flag
IINPCLK = 'Clock On'           / clock input to the 82380 chip status (on/off)
ITIMGAT0=                    1 / External timer gate 0 enabled/disabled
ITIMGAT1=                    0 / External timer gate 1 enabled/disabled
ITIMGAT2=                    1 / External timer gate 2 enabled/disabled
IBKMSTCK= 'Enabled '           / background monitoring Task area checking flag
IBKMDCRC= 'Enabled '           / background monitoring CRC status flag
END

