HST Keyword Index
Keywords beginning with -A-
Keywords beginning with -B-
Keywords beginning with -C-
Keywords beginning with -D-
Keywords beginning with -E-
Keywords beginning with -F-
Keywords beginning with -G-
Keywords beginning with -H-
Keywords beginning with -I-
Keywords beginning with -K-
Keywords beginning with -L-
Keywords beginning with -M-
Keywords beginning with -N-
Keywords beginning with -O-
Keywords beginning with -P-
Keywords beginning with -R-
Keywords beginning with -S-
Keywords beginning with -T-
Keywords beginning with -U-
Keywords beginning with -V-
Keywords beginning with -W-
Keywords beginning with -X-
Keywords beginning with -Y-
Keywords beginning with -Z-
-A-
ABSHFILE absolute flux header file
ACCPDATE proposal acceptance date (yyyyddd)
ADC_CORR application of dispersion constants
AFFILIAT proposal class (eg: GO, IDT, OS)
ALIAS1 synonym for target name
ANGLESEP ang separation of target from ref obj (arcsec)
ANG_SIDE angle between sides of parallelogram (deg)
ANNPARRA par. shift in position, non-solar sys target
APERAREA aperature area
APEROBJ si object aperture id
APEROFFX x comp of object offset in aperture (arcsec)
APEROFFY y comp of object offset in aperture (arcsec)
APERSKY si sky aperture id
APERTOBJ aperture in use - object data
APERTSKY aperture in use - sky data
APERTURE aperture name
APERTURE name of the aperture used for this file
APERTYPE aperture type (SICS, SIAS, SIDS)
APER_FOV Aperture field of view (arcsec),BLANK for calib
APER_FOV Aperture field of view (arcsec),N/A for calib
APER_ID aperture id
APER_POS aperture used
APER_2 instrument aperture
ARGPERIG argument of perigee (revolutions)
ASA_FILE area scan analog is present
ASD_FILE area scan digital is present
ASK_FILE analog sky science is present
AST_FILE analog star science is present
ATODCORR Do A-to-D correction: PERFORM, OMIT, COMPLETE
ATODCORR Do A-to-D correction: YES, NO, DONE
ATODFILE name of the A-to-D conversion file
ATODFILE name of the A-to-D conversion file
ATODGAIN Analog to Digital Gain (Electrons/DN)
ATODSAT number of "AtoD saturated" pixels (DQF=8)
ATODSAT number of "AtoD saturated" pixels (DQF=8)
-B-
BACCORR background subtraction correction
BACHFILE background reference header file
BACHFILE background header file
BACKGRND estimated background level
BAC_CORR background subtraction
BADPIXEL number of "generic bad" pixels (DQF=32)
BADPIXEL number of "generic bad" pixels (DQF=32)
BCK_CORR background removal
BDEXPFLG bus director expander flag
BIASCORR Do bias correction: PERFORM, OMIT, COMPLETE
BIASCORR Do bias correction: YES, NO, DONE
BIASDFIL name of the bias frame reference DQF
BIASDFIL name of the bias frame reference DQF
BIASEVEN Bias level for even-numbered columns
BIASEVEN Bias level from EED extended register
BIASFILE name of the bias frame reference file
BIASFILE name of the bias frame reference file
BIASODD Bias level for odd-numbered columns
BIASODD Bias level from EED extended register
BINID binid
BINID1 bin id of substep 1 (0 = no data, 7 = dark cur)
BINID2 bin id of substep 2 (1 = star small aperture)
BINID3 bin id of substep 3 (2 = star large aperture)
BINID4 bin id of substep 4 (3 = upper interorder)
BINID5 bin id of substep 5 (4 = lower interorder)
BINID6 bin id of substep 6 (5 = sky small aperture)
BINID7 bin id of substep 7 (6 = sky large aperture)
BITPIX bits per data value
BLEVCORR Do bias level correction: PERFORM, OMIT, COMPLET
BLEVCORR Do bias level correction: YES, NO, DONE
BLEVDFIL Engineering file DQF
BLEVDFIL Engineering file DQF
BLEVFILE Engineering file with extended register data
BLEVFILE Engineering file with extended register data
BLMHFILE blemish header file
BRIGHT upper threshold for star presence (counts)
BUNIT brightness units
BUNIT brightness units
BUNIT brightness units: COUNTS or DN (analog data)
-C-
CALIBDEF number of "calibration defect" pixels (DQF=2)
CALIBDEF number of "calibration defect" pixels (DQF=2)
CALIBRAT calibrate data flag
CALIBTYP calibration type : E, I or Blank
CAMERA camera in use: WF (wide-field), PC (planetary)
CAMMODE coronographic apodizer mask: INBEAM, NOTUSED
CARPOS carrousel position
CCG2 paired pulse correction parameters
CCG2 paired-pulse correction table
CCP0 aperture area table name
CCP1 high voltage factor table name
CCP2 gain factor table name
CCP3 pre-amplifier noise table name
CCP4 relative sensitivity table name
CCP5 dark signal table name
CCP7 CVC offset table name
CCP8 dead time table name
CCP9 dark aperture translation table name
CCR1 photocathode line mapping parameters table
CCR2 photocathode sample parameters table
CCR3 detector parameters table
CCR4 wavelength ranges table
CCR5 spectral order constants table
CCR6 dispersion constants table
CCR7 thermal constants table
CCR8 incidence angle coefficients table
CCR9 echelle interpolation constants table
CCRA echelle non-interpolation constants table
CCRB scattered light correction factors
CCRC global wavelength coefficients table
CCS0 aperture parameters
CCS1 aperture position parameters
CCS2 sky emission line regions
CCS3 big and sky filter widths and prism X0
CCS4 polarimetry parameters
CCS5 sky shifts
CCS6 wavelength coefficients
CCS7 GIMP correction scale factores
CCS8 predicted background count rates
CCS9 scattered light parameters
CD1_1 partial of the right ascension w.r.t. x
CD1_2 partial of the right ascension w.r.t. y
CD2_1 partial of the declination w.r.t. x
CD2_2 partial of the declination w.r.t. y
CDBSDATA cdbs notification flag: 'CAL' or 'FALSE'
CDBSFILE GENERIC/BIAS/DARK/FLAT/MASK/NO
CDBSFILE GENERIC/BIAS/DARK/PREF/FLAT/MASK/ATOD/NO
CIRVELOC circular orbit linear velocity (meters/second)
CLKDRFTR spacecraft clock drift rate
CLKRATE spacecraft clock rate
CMD_EXP commanded time per exposure (from TRANS)
CNT_CORR count to count rate conversion
COL_B_V expected B-V color
COL_U_B expected U-B color
COL_V_R expected V-R color
COMB_ADD comb-addition (NO, TWO, FOUR, DSTWO, DSFOUR)
COMPTAB the HST components table
COMPTAB the HST components table
COMPTAB the HST components table
CONFIG proposed instrument configuration
COSINCLI cosine of inclination
CRPIX1 x-coordinate of reference pixel
CRPIX2 y-coordinate of reference pixel
CRVAL1 time at reference pixel-first packet time
CRVAL2 declination of reference pixel (deg)
CTYPE1 the first coordinate type
CTYPE2 the second coordinate type
CVCOFSET scaled CVC offset
-D-
DARKCORR Do dark correction: PERFORM, OMIT, COMPLETE
DARKCORR Do dark correction: YES, NO, DONE
DARKDFIL name of the dark reference DQF
DARKDFIL name of the dark reference DQF
DARKFILE name of the dark reference file
DARKFILE name of the dark reference file
DARKRATE scaled cathode dark rate
DARKTIME Dark time (seconds)
DARKTIME Dark time (seconds)
DATALOST number of "data lost" pixels (DQF=16)
DATALOST number of "data lost" pixels (DQF=16)
DATAMAX maximum data value in the group
DATAMEAN mean value of the "good" pixels
DATAMEAN mean value of the "good" pixels
DATAMIN minimum data value in the group
DATATYPE datatype of the array
DATA_FMT data format: byte, word, lwrd, alog, all
DATA_SRC data source: star, sky, area scan
DATA_TYP data type: digital, analog
DATE date this file was written (dd/mm/yy)
DATE-OBS UT date of start of observation (dd/mm/yy)
DCFOBSN DCF observation number in SHP
DDTHFILE disabled diode table header file
DEADTIME accumulator close time (unit=7.8125 microsec)
DEADTIME deadtime correction
DEADTM deadtime
DEA_TEMP DEA temperature of the object detector
DECAPER1 declination of the aperture (deg)
DEC_APER declination of aperture (deg)
DEC_MOON declination of the moon (deg)
DEC_PROP target declination from proposal (degrees)
DEC_REF declination of reference object (deg)
DEC_SUN declination of the sun (deg)
DEC_TARG declination of the target (deg) (J2000)
DEC_V1 declination of v1 axis of st (deg)
DEFAULTS default values used in reformatting these data
DEFDDTBL UDL disabled diode table used
DELAY delay between integrations (seconds)
DELTAS delta sample position
DELTA_X x increment for map (deflection units)
DELTA_Y y increment for map (deflection units)
DETECTOB detector in use (0-5) - object data
DETECTOR detector in use: amber, blue
DETECTOR detector in use (1-2)
DETECTOR detector used for this file
DETECTOR the ccd number of the data
DETECTOR the ccd number of the data
DETECTSK detector in use (0-5) - sky data
DET_CHR retrieve detector characteristics
DET_TEMP detector temperature of the object detector
DEZERO Mean bias level from EED extended register
DEZERO Bias level from EED extended register
DGESTAR FGS ID(F1,F2,F3) concat. w/ dom. gd. star id
DIOHFILE diode response header file
DIO_CORR diode response correction
DNFORMT bits in each data number (8/16)
DOHISTOS Make histograms: PERFORM, OMIT, COMPLETE
DOHISTOS Make histograms: YES, NO, DONE
DOPHOTOM Fill photometry keywords: PERFORM, OMIT, COMPLET
DOPHOTOM Fill photometry keywords: YES, NO, DONE
DOPMAG doppler shift scaling correction magnitude
DOPPLER on-board doppler compensation (ON, OFF)
DOPZER doppler shift zero phase time (Mod Julian Date)
DOP_CORR doppler compensation
DOSATMAP Output saturated pixel map: PERFORM, OMIT, COMPL
DOSATMAP Output Saturated Pixel Map: YES, NO, DONE
DQ1HFILE first data quality initialization header file
DQ2HFILE second data quality initialization header file
DQIHFILE data quality initialization header file
DQI_CORR data quality initialization
DSK_FILE digital sky science is present
DST_FILE digital star science is present
DWELL_LN dwell pts/line for scan pointing (1-99,0 if NA)
DWELL_TM wait time (duration) at each dwell point (sec)
-E-
ECBDX3 eccentricity cubed times 3
ECBDX4D3 eccentricity cubed times 4/3
ECCENTRY eccentricity
ECCENTX2 eccentricity times 2
ECH_CORR correction for echelle ripple
EPCHTIME epoch time of parameters (secs since 1/1/85)
EPLONGPM epoch of longitude of prime meridian (sec)
EQNX_SUN equinox of the sun
EQNX_SUN equinox of the sun
EQRADTRG equatorial radius of target (km)
EQUINOX equinox of the celestial coordinate system
ERRCNT number of segments containing errors
ERR_CORR propagated error computation
ESQDX5D2 eccentricity squared times 5/2
EXPACKET expected number of source packets
EXPEND exposure end time (Modified Julian Date)
EXPFLAG Exposure interruption indicator
EXPOSURE exposure time per pixel (seconds)
EXPOSURE exposure time (seconds)
EXPSTART exposure start time (Modified Julian Date)
EXPTIME exposure duration (seconds)--calculated
EXP_CORR division by exposure time
EXTNCT_V extinction in V
EX_EFFIC scaled extended source cathode efficiency
E_B_V E(B-V)
-F-
FAINT lower threshold for star presence (counts)
FCHNL first channel
FDMEANAN 1st derivative coef for mean anomly (revs/sec)
FGSLOCK commanded FGS lock (FINE,COARSE,GYROS,UNKNOWN)
FGWA_ID FGWA id
FILETYPE shp, udl, dst, dsk, ast, ask, asd, asa
FILLCNT number of segments containing fill
FILTER1 first filter number (0-48)
FILTER1 first filter number (0-48)
FILTER2 second filter number (0-48)
FILTER2 second filter number (0-48)
FILTNAM1 filter element name for wheel 1
FILTNAM1 first filter name
FILTNAM1 first filter name
FILTNAM2 filter element name for wheel 2
FILTNAM2 second filter name
FILTNAM2 second filter name
FILTNAM3 filter element name for wheel 3
FILTNAM4 filter element name for wheel 4
FILTROT partial filter rotation angle (degrees)
FINCODE observation termination code
FL1HFILE first flat-field header file
FL2HFILE second flat-field header file
FLATCORR Do flat field correction: PERFORM, OMIT, COMPLET
FLATCORR Do flat field correction: YES, NO, DONE
FLATDFIL name of the flat field reference DQF
FLATDFIL name of the flat field reference DQF
FLATFILE name of the flat field reference file
FLATFILE name of the flat field reference file
FLATNTRG flattening of target
FLT_CORR flat fielding
FLUXFND flux measurement for map with greatest flux
FLX_CORR flux scale generation
FLX_CORR absolute flux calibration
FPKTTIME the time of the first packet
FP_SPLIT fp-split (NO, TWO, FOUR, DSTWO, DSFOUR)
F_RATIO focal ratio
-G-
GCOUNT number of groups per observation (1-4)
GEOCORR geometric correction
GEODEFV geo DN value for areas outside sci image
GEOHFILE geometric reference header file
GMF_CORR scale reference background
GOODMAX maximum value of the "good" pixels
GOODMAX maximum value of the "good" pixels
GOODMIN minimum value of the "good" pixels
GOODMIN minimum value of the "good" pixels
GPIXELS number of "good" pixels (DQF=0)
GPIXELS number of "good" pixels (DQF=0)
GRAPHTAB the HST graph table
GRAPHTAB the HST graph table
GRAPHTAB the HST graph table
GRATING grating,echelle or mirror in use
GRNDMODE ground software mode
GROUPS image is in group format
GWC_CORR use global wavelength coefficients
-H-
HEADER science header line exists
HEL_CORR conversion to heliocentric wavelengths
HIGHVOLT scaled high voltage factor
HISTWIDE width of the histogram
HOFF1 horizontal offset bin 2
HOFF2 horizontal offset bin 3
HOFF3 horizontal offset bin 4
HOFF4 horizontal offset bin 5
HOFF5 horizontal offset bin 6
HOFF6 horizontal offset bin 7
HSTHORB half the duration of the ST orbit (seconds)
HVPSM high voltage power supply outpt of obj detector
-I-
IAC_CORR incidence angle correction
IMAGETYP DARK/BIAS/IFLAT/UFLAT/VFLAT/KSPOT/EXT/ECAL
IMAGETYP DARK/BIAS/INTFLAT/KSPOTS/EXTERNAL/EARTH-CALIB
INFOB deflection pairs/substep pattern
INFOC largest repeat code in the substep pattern
INSTRUME instrument in use
INTOBS expected number of intermediate readouts
INTS number of integrations
INT_TIME time of integration (in 1/1.024 microseconds)
ITFCORR intensity transfer function correction
ITFHFILE itf reference header file
IV1HFILE first inverse sensitivity header file
IV2HFILE second inverse sensitivity header file
IXDEF1 initial x deflection 1
IXDEF2 initial x deflection 2
IXDEF3 initial x deflection 3
IXDEF4 initial x deflection 4
IXDEF5 initial x deflection 5
IYDEF1 initial y deflection 1
IYDEF2 initial y deflection 2
IYDEF3 initial y deflection 3
IYDEF4 initial y deflection 4
IYDEF5 initial y deflection 5
-K-
KSPOTS Status of Kelsall spot lamps: ON, OFF
KSPOTS Status of Kelsall spot lamps: ON, OFF
KXBFOCUS COSTAR FOC M1 Focus Position (mm)
KXBFOCUS COSTAR FOC M1 Focus Position (mm)
KXBFOCUS COSTAR FOC M1 Focus Position (mm)
KXBXTILT COSTAR FOC M1 X-tilt Position (arcsec)
KXBYTILT COSTAR FOC M1 Y-tilt Position (arcsec)
KXDEPLOY COSTAR deployed for FOC (T or F)
KYBFOCUS COSTAR FOS M1 Focus Position (mm)
KYBXTILT COSTAR FOS M1 X-tilt Position (arcsec)
KYBYTILT COSTAR FOS M1 Y-tilt Position (arcsec)
KYDEPLOY COSTAR deployed for FOS (T or F)
KZBFOCUS COSTAR HRS M1 Focus Position (mm)
KZBXTILT COSTAR HRS M1 X-tilt Position (arcsec)
KZBYTILT COSTAR HRS M1 Y-tilt Position (arcsec)
KZDEPLOY COSTAR deployed for the HRS (T or F)
-L-
LEDCOLOR LED color (a color, blank , NONE or ERROR)
LEDMODE led calibration status: ACTIVE, NOTUSED
LINE line positions
LINEBEG line number (1st line: wrt source format)
LINEBEG line number (1st line: wrt source format)
LINENUM PEP proposal line number
LINEOFF line offset (0.0-1023.75)
LINEPFM lines per frame (64, 128, 256, 512, or 1024)
LINES number of lines in a group
LIVETIME accumulator open time (unit=7.8125 microsec)
LOCATE do a locate after the spiral search
LONGPMER longitude of prime meridian
LPKTTIME the time of the last packet
LRFWAVE linear ramp filter wavelength
-M-
MAG_B expected B Magnitude
MAG_R expected R Magnitude
MAG_U expected U Magnitude
MAG_V expected V Magnitude
MAP dwell points at which to image the aperture
MAPFND map found to have greatest flux
MAP_CORR mapping function
MAP_NUM mosaic map number
MASKCORR Do mask correction: PERFORM, OMIT, COMPLETE
MASKCORR Do mask correction: YES, NO, DONE
MASKFILE name of the input DQF of known bad pixels
MASKFILE name of the input DQF of known bad pixels
MAXCLK maximum clock count
MAXGSS maximum substep patterns/observation
MAXWAVE maximum wavelength (angstroms)
MAXWAVE maximum wavelength (angstroms)
MDF_CORR median filter of background spectra
MEANANOM mean anomaly (radians)
MEANC10 mean of a 10x10 region at center of chip
MEANC100 mean of a 100x100 region at center of chip
MEANC200 mean of a 200x200 region at center of chip
MEANC25 mean of a 25x25 region at center of chip
MEANC300 mean of a 300x300 region at center of chip
MEANC50 mean of a 50x50 region at center of chip
MEDIAN middle data value when good qual pixels sorted
MEDSHADO median pixel value in shadow of pyramid edge
MERGED number of merged spectra in this pattern
MER_CORR use global wavelength coefficients
METER exposure meter enabled
MINWAVE minimum wavelength (angstroms)
MINWAVE minimum wavelength (angstroms)
MIR_REVR is the image mirror reversed
MIR_REVR is the image mirror reversed
MIR_REVR is the image mirror reversed
MIR_REVR is the image mirror reversed
MIR_REVR is the image mirror reversed?
MIR_REVR is the image mirror reversed?
MNF_CORR mean filter of background spectra
MODE instrument mode SCP, SSP, ARS
MODE instr. mode: FULL (full res.), AREA (area int.)
MODE instr. mode: FULL (full res.), AREA (area int.)
MOD_CORR ground software mode dependent reductions
MOONANGL angle between moon and V1 axis (deg)
MTFLAG moving target flag
MT_LV2_1 moving target information
MU_DEC target proper motion from proposal (degrees DEC)
MU_EPOCH epoch of proper motion from proposal
MU_RA target proper motion from proposal (degrees RA)
-N-
NAXIS number of data axes
NAXIS1 length of 1st data axis
NAXIS2 length of second data axis (lines per image)
NBINS number of substep bins in this pattern
NC112KVC min CEHT1 12KV coarse
NC112KVF min CEHT1 12KV fine
NC1LEDIT min calibration unit LED intensity
NC1LEDSL min calibration unit LED select
NC212KVC min CEHT2 12KV coarse
NC212KVF min CEHT2 12KV fine
NC2LEDIT min calibration unit LED intensity
NC2LEDSL min calibration unit LED select
NCAM1T12 min CAM1 temperature 12
NCAM1TP6 min CAM1 temperature 6
NCAM1TP8 min preamp 1 temperature 8
NCAM2T12 min CAM2 temperature 12
NCAM2TP6 min CAM2 temperature 6
NCAM2TP8 min preamp 2 temperature 8
NCE1ARFS min CEHT1 analog reference signal
NCE2ARFS min CEHT2 analog reference signal
NCEU1TP1 min CEU1 temperature 1
NCEU1TP2 min CEU1 temperature 2
NCEU2TP1 min CEU2 temperature 1
NCEU2TP2 min CEU2 temperature 2
NCHNLS number of channels
NCU1FCSC min CEU1 focus coil current
NCU1G1VL min CEU1 G1 voltage
NCU1G2CR min CEU1 G2 current
NCU1G2VL min CEU1 G2 voltage
NCU1G3VL min CEU1 G3 voltage
NCU1G4VL min CEU1 G4 voltage
NCU1HALC min CEU1 horizontal alignment coil
NCU1HTRC min CEU1 camera tube filament current
NCU1PMTR min CEU1 PMA trim coil current
NCU1TRGT min CEU1 target voltage
NCU1VALC min CEU1 vertical alignment coil current
NCU2FCSC min CEU2 focus coil current
NCU2G1VL min CEU2 G1 voltage
NCU2G2CR min CEU2 G2 current
NCU2G2VL min CEU2 G2 voltage
NCU2G3VL min CEU2 G3 voltage
NCU2G4VL min CEU2 G4 voltage
NCU2HALC min CEU2 horizontal alignment coil
NCU2HTRC min CEU2 camera tube filament current
NCU2PMTR min CEU2 PMA trim coil current
NCU2TRGT min CEU2 target voltage
NCU2VALC min CEU2 vertical alignment coil current
NEBATMP7 min EBA temperature 7 sink sensor
NEBATMP8 min EBA housekeeping temperature 8
NETHFILE absolute flux wavelength net header file
NI112KVC MIN IEHT1 12KV coarse
NI112KVF min IEHT1 12KV fine
NI136KVC min IEHT1 36KV coarse
NI136KVF min IEHT1 36KV fine
NI212KVC min IEHT2 12KV coarse
NI212KVF min IEHT2 12KV fine
NI236KVC min IEHT2 36KV coarse
NI236KVF min IEHT2 36KV fine
NINIT number of initial deflections
NINT1TP1 min INT1 temperature 1
NINT1TP2 min INT1 temperature 2
NINT1TP3 min INT1 temperature 3
NINT1TP4 min INT1 temperature 4
NINT2TP1 min INT2 temperature 1
NINT2TP2 min INT2 temperature 2
NINT2TP3 min INT2 temperature 3
NINT2TP4 min INT2 temperature 4
NMCLEARS number of memory clears per acquisition
NOBETMP1 min OBE housekeeping temperature 1
NOBETMP2 min OBE housekeeping temperature 2
NOBETMP3 min OBE housekeeping temperature 3
NOBETMP4 min OBE housekeeping temperature 4
NOBETMP5 min OBE housekeeping temperature 5
NOBETMP6 min OBE housekeeping temperature 6
NOISELM burst noise rejection limit
NO_LINES number of lines per scan (1-99,0 if NA)
NPAT number of patterns per readout
NPDATM10 min PDA housekeeping temperature 10
NPDATMP9 min PDA housekeeping temperature 9 - IEHT
NPDECTRG north pole declination of target (deg)
NPRATRG north pole right ascension of target (deg)
NREAD number of readouts per memory clear
NRIUATMP min RIUA housekeeping temperature
NRIUBTMP min RIUB housekeeping temperature
NSDS1VLT min SDS1 housekeeping voltage
NSDS2VLT min SDS2 housekeeping voltage
NSHUTA17 Number of AP17 shutter B closes
NSHUTA17 Number of AP17 shutter B closes
NTCSCT14 min TCE spare (CT14)
NTCSCT15 min TCE SPARE (CT15)
NV1THARM min VPU1 threshold arming level
NV1THEXT min VPU1 threshold extent level
NV2THARM min VPU2 threshold arming level
NV2THEXT min VPU2 threshold extent level
NVP1PRLT min VPU1 PRL temperature
NVP2PRLT min VPU2 PRL temperature
NXSTEPS number of x steps
-O-
OBSERVTN observation number (base 36)
OBSET_ID observation set id
OBSINT intermediate readout number
OBSMODE data mode
OBSRPT observation repeat number
OBSSTRTT predicted obs. start time (secs since 1/1/85)
OC112KVC max CEHT1 12KV coarse
OC112KVF max CEHT1 12KV fine
OC1LEDIT max calibration unit LED intensity
OC1LEDSL max calibration unit LED select
OC212KVC max CEHT2 12KV coarse
OC212KVF max CEHT2 12KV fine
OC2LEDIT max calibration unit LED intensity
OC2LEDSL max calibration unit LED select
OCAM1T12 max CAM1 temperature
OCAM1TP6 max CAM1 temperature
OCAM1TP8 max Preamp 1 temperature 8
OCAM2T12 max CAM2 temperature 12
OCAM2TP6 max CAM2 temperature 6
OCAM2TP8 max Preamp 2 temperature 8
OCE1ARFS max CEHT1 analog reference signal
OCE2ARFS max CEHT2 analog reference signal
OCEU1TP1 max CEU1 temperature 1
OCEU1TP2 max CEU1 temperature 2
OCEU2TP1 max CEU2 temperature 1
OCEU2TP2 max CEU2 temperature 2
OCU1FCSC max CEU1 focus coil current
OCU1G1VL max CEU1 G1 voltage
OCU1G2CR max CEU1 G2 current
OCU1G2VL max CEU1 G2 voltage
OCU1G3VL max CEU1 G3 voltage
OCU1G4VL max CEU1 G4 voltage
OCU1HALC max CEU1 horizontal alignment coil current
OCU1HTRC max CEU1 camera tube filament current
OCU1PMTR max CEU1 PMA trim coil current
OCU1TRGT max CEU1 target voltage
OCU1VALC max CEU1 vertical alignment coil current
OCU2FCSC max CEU2 focus coil current
OCU2G1VL max CEU2 G1 voltage
OCU2G2CR max CEU2 G2 current
OCU2G2VL max CEU2 G2 voltage
OCU2G3VL max CEU2 G3 voltage
OCU2G4VL max CEU2 G4 voltage
OCU2HALC max CEU2 horizontal alignment coil current
OCU2HTRC max CEU2 camera tube filament current
OCU2PMTR max CEU2 PMA trim coil current
OCU2TRGT max CEU2 target voltage
OCU2VALC max CEU2 vertical alignment coil current
OEBATMP7 max EBA temperature 7 sink sensor
OEBATMP8 max EBA housekeeping temperature 8
OFFS_TAB GIMP offsets (post-pipeline processing only)
OFF_CORR GIMP correction
OI112KVC max IEHT1 12KV coarse
OI112KVF max IEHT1 12KV fine
OI136KVC max IEHT1 36KV coarse
OI136KVF max IEHT1 36KV fine
OI212KVC max IEHT2 12KV coarse
OI212KVF max IEHT2 12KV fine
OI236KVC max IEHT2 36KV coarse
OI236KVF max IEHT2 36KV fine
OINT1TP1 max INT1 temperature 1
OINT1TP2 max INT1 temperature 2
OINT1TP3 max INT1 temperature 3
OINT1TP4 max INT1 temperature 4
OINT2TP1 max INT2 temperature 1
OINT2TP2 max INT2 temperature 2
OINT2TP3 max INT2 temperature 3
OINT2TP4 max INT2 temperature 4
OOBETMP1 max OBE housekeeping temperature 1
OOBETMP2 max OBE housekeeping temperature 2
OOBETMP3 max OBE housekeeping temperature 3
OOBETMP4 max OBE housekeeping temperature 4
OOBETMP5 max OBE housekeeping temperature 5
OOBETMP6 max OBE housekeeping temperature 6
OPDATM10 max PDA housekeeping temperature 10
OPDATMP9 max PDA housekeeping temperature 9 - IEHT
OPFORMAT output product format specification
OPMODE proposed operation mode
OPTCRLY optical relay: F48, F96
OPTELT1 filter element, wheel 1 f48: (0-7), f96: (0-11)
OPTELT2 filter element, wheel 2 f48: (0-7), f96: (0-11)
OPTELT3 filter element, wheel 3 f48: (0), f96: (0-11)
OPTELT4 filter element, wheel 4 f48: (0), f96: (0-11)
ORIENTAT the orientation of the image (deg)
ORIENTAT the orientation of the image (deg)
ORIENTAT the orientation of the image (deg)
ORIENTAT the orientation of the image (deg)
ORIENTAT orientation of the image (deg)
ORIENTAT orientation of the image (deg)
ORIUATMP max RIUA housekeeping temperature
ORIUBTMP max RIUB housekeeping temperature
OSDS1VLT max SDS1 housekeeping voltage
OSDS2VLT max SDS2 housekeeping voltage
OTCSCT14 max TCE spare (CT14)
OTCSCT15 max TCE spare (CT15)
OUTDTYPE Output image datatype: REAL, LONG, SHORT
OV1THARM max VPU1 threshold arming level
OV1THEXT max VPU1 threshold extent level
OV2THARM max VPU2 threshold arming level
OV2THEXT max VPU2 threshold extent level
OVERLAP number of "image overlap" pixels (DQF=64)
OVERSCAN overscan number
OVP1PRLT max VPU1 PRL temperature
OVP2PRLT max VPU2 PRL temperature
-P-
PARALLAX target parallax from proposal
PARENTID PEP proposal identifier of the parent proposal
PAR_CORR parallax correction used (T or F)
PASS_DIR polarization pass direction
PA_APER position ang of aperture used with target (deg)
PA_APER position ang of aperture used with target (deg)
PA_APER position ang of aperture used with target (deg)
PA_REF position ang of target from ref. object (deg)
PA_V3 position angle of v3 axis of st (deg)
PCOUNT number of group parameters
PEP_EXPO PEP exposure identifier including sequence
PEQUINOX equinox of coordinate system from proposal
PFILTER1 Preflash Filter 1 number (0-48)
PFILTER2 Preflash Filter 2 number (0-48)
PHCHFILE photocathode response header file
PHC_CORR removal of photocathode nonuniformity
PHOTBW RMS Bandwidth of the Filter and Detector
PHOTFLAM Inverse Sensitivity
PHOTMODE Photometry mode
PHOTPLAM Pivot wavelength
PHOTTAB name of the photometry calibration table
PHOTZPT ST magnitude zero point
PKTFMT packet format code
PKTFMT packet format code
PKTFMT packet format code
PKTFMT packet format code
PKTTIME time from the packet ancillary data
PLY_CORR polynomial smoothing of background spectra
PODPSFF 0=(no podps fill), 1=(podps fill present)
POLANG initial angular position of polarizer
POLAR_ID polarizer id
POSTNSTX position of space telescope x axis (km)
POSTNSTY position of space telescope y axis (km)
POSTNSTZ position of space telescope z axis (km)
PPC_CORR paired pulse correction
PPC_CORR paired-pulse correction
PRECISN number of diodes used to map (HIGH=1,NORMAL=2)
PREFCORR Do preflash correction: YES, NO, DONE
PREFDFIL name of the preflash reference DQF
PREFFILE name of the preflash reference file
PREFTIME Predicted preflash time (seconds)
PRE_AMP scaled tube pre-amp contribution
PROC_TYP level of reprocessing (NORMAL, MINOR, MAJOR)
PRODTYPE output product medium type
PROGRMID program id (base 36)
PROPOSID PEP proposal identifier
PR_INV_F first name of principal investigator
PR_INV_L last name of principal investigator
PR_INV_M middle initial of principal investigator
PSIZE bits in the group parameter block
PSTPTIME predicted obs. stop time (yyyy.ddd:hh:mm:ss)
PSTRTIME predicted obs. start time (yyyy.ddd:hh:mm:ss)
PTSRCFLG point source flag (P=point, E=extended)
PT_EFFIC scaled point source cathode efficiency
PURGCORR Do purge correction: YES, NO, DONE
PURGDFIL name of the purge reference DQF
PURGFILE name of the purge reference file
PURGTIME Time since last SuperPurge (seconds)
PXFORMT format of the image: NORMAL, ZOOM
PXLCORR split zoom-format pixels
-R-
RAD_VEL target radial velocity from proposal (km/sec)
RASCASCN right ascension of ascending node (revolutions)
RA_APER right ascension of aperture (deg)
RA_APER right ascension of the aperture (deg)
RA_APER right ascension of aperture (deg)
RA_APER1 right ascension of the aperture (deg)
RA_APER1 right ascension of the aperture (deg)
RA_MOON right ascension of the moon (deg)
RA_PROP target right ascension from proposal (degrees)
RA_REF right ascension of reference object (deg)
RA_SUN right ascension of the sun (deg)
RA_TARG right ascension of the target (deg) (J2000)
RA_V1 right ascension of v1 axis of st (deg)
RCARGPER rate change of argument of perigee (revs/sec)
RCASCNRD rt chge right ascension ascend node (rads/sec)
RCASCNRV rt chge right ascension ascend node (revs/sec)
READTIME Length of time for CCD readout in clock ticks
REDSHIFT target redshift from proposal
RETHFILE waveplate retardation header file
ROOTNAME rootname of the observation set
ROTRTTRG rotation rate of target
RPTCD1 repeat code bin 2 (0 = no def offset)
RPTCD2 repeat code bin 3 (1 = every time)
RPTCD3 repeat code bin 4 (2 = every 2nd time)
RPTCD4 repeat code bin 5 (4 = every 4th time)
RPTCD5 repeat code bin 6 (8 = every 8th time)
RPTCD6 repeat code bin 7
RPTOBS expected number of observation repeats
RSDPFILL bad data fill value for calibrated images
RTAMATCH above f&i match RTA (TRUE,FALSE,NO RTA F&I AVL)
RTBRIGHT BRIGHT=RETURN used
-S-
S0INVMAG S0 inverse magnitude
S0XDIR S0 X direction
S0YDIR S0 Y direction
S0ZDIR S0 Z direction
SAAAVOID SAA model for SAA Avoidance (range 02-99)
SAMPBEG sample number (1st sample: wrt source format)
SAMPBEG sample number (1st sample: wrt source format)
SAMPLE sample position
SAMPOFF sample offset (0.0-1023.75)
SAMPPLN samples per line (64, 128, 256, or 512)
SAMPTIME time of integration (in seconds)
SATURATE Data value at which saturation occurs
SATURATE Data value at which saturation occurs
SCAN_ANG position angle of scan line (deg)
SCAN_COR scan coordinate frame of ref: celestial,vehicle
SCAN_LEN scan length (arcsec)
SCAN_RAT commanded rate of the line scan (arcsec/sec)
SCAN_TYP C:bostrophidon; D:'C'with dwell; N:not applicabl
SCAN_WID scan width (arcsec)
SCIDATA science data present:T/F (actual not predicted)
SCIDMP intermediate data dump (-1 = nodump)
SCLAMP spectral calibration lamp
SCT_CORR scattered light correction (PERFORM, OMIT)
SCT_ERR scattered light correction error
SCT_VAL scattered light correction value
SDECORR spectrograph de correction
SDEHFILE sde reference header file
SDMA3SQ 3 * (SDMEANAN**2) radians/second**2.
SDMEANAN 2nd deriv coef for mean anomaly (revs/sec/sec)
SEMILREC semi-latus rectum (meters)
SEQLINE PEP line number of defined sequence
SEQNAME PEP define/use sequence name
SERIALS serial clocks: ON, OFF
SERIALS serial clocks: ON, OFF
SGESTAR FGS ID(F1,F2,F3) concat. w/ subdom. gd. star id
SHADCORR Do shaded shutter correction: PERFORM, OMIT, COM
SHADFILE name of the reference file for shutter shading
SHTMODE shutter mode: INBEAM, NOTUSED
SHUTTER Shutter in place at the beginning of the exposur
SHUTTER Shutter in place during preflash or INTFLAT
SIMPLE data conforms to the fits standard
SINEINCL sine of inclination
SKEWNESS skewness of the histogram
SKY_CORR sky subtraction
SLICES number of time slices
SMMMODE spectro. mirror mechanism: INBEAM, NOTUSED
SOFTERRS number of "soft error" pixels (DQF=1)
SOFTERRS number of "soft error" pixels (DQF=1)
SPCLINCN spacecraft clock at UTC0
SPEC_1 spectral element
SPEC_2 spectral element
SPEC_3 spectral element
SPEC_4 spectral element
SPORDER spectral order
SP_TYPE target spectral type from proposal
SRCHSIZE width of spiral-search in dwell points
SS_APER aperture id
SS_ATOD Analog to Digital Gain (Electrons/DN)
SS_CAMMO coronographic apodizer mask: INBEAM, NOTUSED
SS_CAMRA camera in use: WF (wide-field), PC (planetary)
SS_DET detector in use: amber (side A), blue (side B)
SS_DET detector in use (1-2)
SS_DETOB detector in use (0-5) - object data
SS_DETSK detector in use (0-5) - sky data
SS_FCHNL first channel
SS_FGWA FGWA id
SS_FILT1 first filter number (0-48)
SS_FILT1 first filter number (0-48)
SS_FILT2 second filter number (0-48)
SS_FILT2 second filter number (0-48)
SS_GRAT grating,echelle or mirror in use mode
SS_LEDMO led calibration status: ACTIVE, NOTUSED
SS_LINES lines per frame (64, 128, 256, 512, or 1024)
SS_LOFF line offset (0.0-1023.75)
SS_MODE ground software mode
SS_MODE data mode
SS_MODE instrument mode SCP, SSP, ARS
SS_MODE instr. mode: FULL (full res.), AREA (area int.)
SS_MODE instr. mode: FULL (full res.), AREA (area int.)
SS_NCHNL number of channels
SS_NXSTP number of x steps
SS_OPRLY optical relay: F48, F96
SS_OPTE1 filter element, wheel 1 f48: (0-7), f96: (0-11)
SS_OPTE2 filter element, wheel 2 f48: (0-7), f96: (0-11)
SS_OPTE3 filter element, wheel 3 f48: (0), f96: (0-11)
SS_OPTE4 filter element, wheel 4 f48: (0), f96: (0-11)
SS_OVSCN overscan number
SS_PFIL1 Preflash Filter 1 number (0-48)
SS_PFIL2 Preflash Filter 2 number (0-48)
SS_PFTIM Predicted preflash time in seconds
SS_POLAR polarizer id
SS_PTSRC point source flag (P=point, E=extended)
SS_PXFMT format of the image: NORMAL, ZOOM
SS_SAMPS samples per line (64, 128, 256, or 512)
SS_SHTMO shutter mode: INBEAM, NOTUSED
SS_SMMMO spectro. mirror mechanism: INBEAM, NOTUSED
SS_SOFF sample offset (0.0-1023.75)
STATICD number of "static defect" pixels (DQF=4)
STATICD number of "static defect" pixels (DQF=4)
STDCFFF 0=(no st dcf fill), 1=(st dcf fill present)
STDCFFP st dcf fill pattern (hex)
STEPPATT step pattern sequence
STEPTIME integration time at step pattern position (sec)
SUNANGLE angle between sun and V1 axis (deg)
SUN_ALT altitude of the sun above Earth's limb (deg)
SURFALTD surface feature altitude (km)
SURFLATD surface feature latitude (deg)
SURFLONG surface feature longitude (deg)
SURF_B expected B surface brightness
SURF_R expected R surface brightness
SURF_U expected U surface brightness
SURF_V expected V surface brightness
-T-
T51_ANGL position angle of motion of aperture (deg)
T51_RATE rate of motion commanded (arcsecs/sec)
TARAQMOD target acquisition mode (values 00, 01, 02, 03)
TARDESC2 target description (cont.)
TARDESCR target description
TARGCAT first target category
TARGCAT2 second target category
TARGDIST distance to target from Earth's center (km)
TARGNAME proposer's target name
TARGTYPE qesiparm target type
TARGTYPE qesiparm target type
TARG_ID SPSS target ID from proposal+target no.
TARKEY1 target key description for targcat
TARKEY10 target key description for targcat2
TARKEY2 target key description for targcat
TARKEY3 target key description for targcat
TARKEY4 target key description for targcat
TARKEY5 target key description for targcat
TARKEY6 target key description for targcat2
TARKEY7 target key description for targcat2
TARKEY8 target key description for targcat2
TARKEY9 target key description for targcat2
TAR_TYPE target type
TECTEMP1 TEC cold junction #1 temperature (Celsius)
TECTEMP2 TEC cold junction #2 temperature (Celsius)
TECTEMP3 TEC cold junction #3 temperature (Celsius)
TECTEMP4 TEC cold junction #4 temperature (Celsius)
TECTEMP5 TEC cold junction #5 temperature (Celsius)
TECTEMP6 TEC cold junction #6 temperature (Celsius)
TECTEMP7 TEC cold junction #7 temperature (Celsius)
TECTEMP8 TEC cold junction #8 temperature (Celsius)
THRESH PAD threshold setting for the object detector
TIME-OBS UT time of start of observation (hh:mm:ss)
TIMEBIAS instrument time bias (in 1/1.024 microseconds)
TIMEFFEC time parameters took effect (secs since 1/1/85)
TRAILER reject array exists
TRK_TYPE track 48 or track 51 commanding used (T48, T51,
TRUE_CNT compute the true count rates
TRUE_PHC compute the true photocurrents
TUBEGAIN scaled tube gain factor
-U-
UAFMPTSL AFM Port Select (A,B,or C)
UAFMPWR AFM Electronics Power (ON,OFF)
UAFMRIUT AFM RIU temperature (deg C)
UATPATMP opt bench attach pt A temperature (deg C)
UATPBTMP opt bench attach pt B temperature (deg C)
UATPCTMP opt bench attach pt C temperature (deg C)
UBAY1TMP bay 1 A1 temperature (deg C)
UBAY2TMP bay 2 A1 temperature (deg C)
UBAY3TMP bay 3 A1 temperature (deg C)
UBAY4TMP bay 4 A1 temperature (deg C)
UBAY5TMP bay 5 A1 temperature (deg C)
UBLDASNR Blade A sensor: 0:closed, 1:open
UBLDBSNR Blade B sensor: 0:closed, 1:open
UCALMIRS Cal mirror status (Cal Mode/Obs Mode/Error)
UCALMPWR Cal module power (ON/OFF)
UCANLTIM time of cancel operation command
UCH1CJTM TEC cold junction #1 temperature (Celsius)
UCH1HJTM camera head hot junction 1 temperature (deg C)
UCH2CJTM TEC cold junction #2 temperature (Celsius)
UCH3CJTM TEC cold junction #3 temperature (Celsius)
UCH4CJTM TEC cold junction #4 temperature (Celsius)
UCHBHTMP Opt bench CH BH temp (deg C)
UCHVLTS camera head voltage (volts)
UCMODTMP Cal module temp (deg C)
UEXPOCMD expose command image
UEXPODUR commanded duration of exposure (sec)
UEXPOTIM maj frame pulse time preceding exp start (cnts)
UEXPTMHI maj frame pulse time preceding exp start (cnts)
UFCSTAT control/status word for exposure
UFMBHTMP Opt bench FM BH temp (deg C)
UFOCTM01 time of first close B shutter
UFOCTM02 slot for second open B shutter time
UFOCTM03 slot for second close B shutter time
UFOCTM04 slot for third open B shutter time
UFOCTM05 slot for third close B shutter time
UFOCTM06 slot for fourth open B shutter time
UFOCTM07 slot for fourth close B shutter time
UFOCTM08 slot for fifth open B shutter time
UFOCTM09 slot for fifth close B shutter time
UFOCTM10 slot for sixth open B shutter time
UFOCTM11 slot for sixth close B shutter time
UHTPIHTR heat pipe heater on (ON, OFF)
ULVPSONF LVPS power off (ON, OFF)
UMECHPWR mechanism power off (ON, OFF)
UMECVOLT mechanism supply voltage (volts)
UMNTPTMP SOFA/shutter mounting plate temperature (deg C)
UN15VADC - 15 v adc supply (volts)
UN15VANA - 15 v analog supply (volts)
UNICORR uniform de correction
UNIHFILE uniform de reference header file
UNITAB table of reciprocal flat field filenames
UP10VLGC +10 volts logic supply (volts)
UP15VADC +15 volts ADC supply (volts)
UP15VANA +15 volts analog supply (volts)
UP1AFMX PC 1 AFM X-position (arcsec)
UP1AFMY PC 1 AFM Y-position (arcsec)
UP5VADC + 5 volts ADC supply (volts)
UP5VLGC + 5 volts logic supply (volts)
UPOMTEMP Pickoff mirror temp (deg C)
UPOMXPOS Pickoff mirror x-position (arcsec)
UPOMYPOS Pickoff mirror y-position (arcsec)
UPYRMDTM optical bench pyramid bulkhead temperature (deg
URADNTMP Radiator -V2 temperature (deg C)
URADPTMP Radiator +V2 temperature (deg C)
URFILTPS SOFA partial step (counts)
URIUATMP RIU A temperature (deg C)
URIUBTMP RIU B temperature (deg C)
URPLHTR replacement heater on (ON, OFF)
USCALE Scale factor for output image
UTC0 Coordinated Universal Time (Mod Julian Date)
UTCO1 bytes 5-8 of UTC0
UTCO2 bytes 1-4 of UTC0
UTECCUR TEC current (mA)
UTECPWRS TEC power off (ON, OFF)
UTECVOLT TEC supply voltage (volts)
UTIMEXPO time of 110 msec expose command
UUVCAL UV cal lamp status (ON/OFF)
UUVINSEL Cal lamp select (UV/INCAN)
UUVLOUTM UV lamp output (volts)
UVISCAL Vis cal lamp status (ON/OFF)
UW3AFMX WFC 3 AFM X-position (arcsec)
UW3AFMY WFC 3 AFM Y-position (arcsec)
UW4AFMX WFC 4 AFM X-position (arcsec)
UW4AFMY WFC 4 AFM Y-position (arcsec)
UWAPUSE Shutter blade used (A or B)
UWCANCM cancel operation command bit
UWLOGOF log overflow bit
UWSCAP shutter control application processor bit
UZERO Zero point for output image
-V-
V2APERCE V2 offset of target from aper. center (arcsec)
V3APERCE V3 offset of target from aper. center (arcsec)
VAC_CORR vacuum to air correction
VCVAMP1 current-voltage amplifier 1
VCVAMP2 current-voltage amplifier 2
VCVAMP3 current-voltage amplifier 3
VCVAMP4 current-voltage amplifier 4
VCVAMP5 current-voltage amplifier 5
VDATAFMT Format of current observation
VDT1M15 detector supply 1 M15
VDT1P05 detector supply 1 P05
VDT1P15 detector supply 1 P15
VDT2M15 detector supply 2 M15
VDT2P05 detector supply 2 P05
VDT2P15 detector supply 2 P15
VDT3M15 detector supply 3 M15
VDT3P05 detector supply 3 P05
VDT3P15 detector supply 3 P15
VDT4M15 detector supply 4 M15
VDT4P05 detector supply 4 P05
VDT4P15 detector supply 4 P15
VDT5M15 detector supply 5 M15
VDT5P05 detector supply 5 P05
VDT5P15 detector supply 5 P15
VELABBRA aberration in position of the target
VELOCSTX vel of space telescope along x axis (km/sec)
VELOCSTY vel of space telescope along y axis (km/sec)
VELOCSTZ vel of space telescope along z axis (km/sec)
VFAPVECX x cmp apt vct f/ tav
VFAPVECY y cmp apt vct f/ tav
VFCENVEX x cmp trg ct vct tav
VFCENVEY y cmp trg ct vct tav
VFCTVECX x cmp crs trg vt tav
VFCTVECY y cmp crs trg vt tav
VFFTVECX x cmp fn trg vct tav
VFFTVECY y cmp fn trg vct tav
VFOBJCNT count of trg obj
VFOCUS focus of the object detector
VFOCUS1 focus 1
VFOCUS2 focus 2
VFOCUS3 focus 3
VFOCUS4 focus 4
VFOCUSD focus command value for object detector
VFOCUSD1 focus command value for detector 1
VFOCUSD2 focus command value for detector 2
VFOCUSD3 focus command value for detector 3
VFOCUSD4 focus command value for detector 4
VFPFACTX tav vct cnv fctr - x
VFPFACTY tav vct vnv fctr - y
VFSLWVEX x cmp slew vct tav
VFSLWVEY y cmp slew vct tav
VFTAVERR TAV error status
VGAIND gain setting
VGAIND1 gain setting of detector 1
VGAIND2 gain setting of detector 2
VGAIND3 gain setting of detector 3
VGAIND4 gain setting of detector 4
VGAIND5 gain setting of detector 5
VGAINDS gain setting of detector "sky"
VHDEFL1 horizontal deflection 1
VHDEFL2 horizontal deflection 2
VHDEFL3 horizontal deflection 3
VHDEFL4 horizontal deflection 4
VHIVOLT1 high voltage setting for detector 1
VHIVOLT2 high voltage setting for detector 2
VHIVOLT3 high voltage setting for detector 3
VHIVOLT4 high voltage setting for detector 4
VHIVOLT5 high voltage setting for detector 5
VHIVOLTS high voltage setting for detector "sky"
VHORIZ commanded horizontal deflection of obj detector
VHORIZ1 Horizontal deflection for detector 1
VHORIZ2 Horizontal deflection for detector 2
VHORIZ3 Horizontal deflection for detector 3
VHORIZ4 Horizontal deflection for detector 4
VHORSTPT no. of horiz steps/spatial point in area scans
VHPOINTS no. of horiz points (columns) in area scans
VHVPSM1 HVPS 1 output monitor
VHVPSM2 HVPS 2 output monitor
VHVPSM3 HVPS 3 output monitor
VHVPSM4 HVPS 4 monitor output
VHVPSM5 HVPS 5 output monitor
VIGHFILE vignetting response header file
VIG_CORR removal of vignetting nonuniformity
VNOINTPT no. of integrations/pt in area scans
VOFF1 vertical offset bin 2
VOFF2 vertical offset bin 3
VOFF3 vertical offset bin 4
VOFF4 vertical offset bin 5
VOFF5 vertical offset bin 6
VOFF6 vertical offset bin 7
VOLTAGE commanded high voltage setting of obj detector
VPADTHR1 PAD threshold setting for detector 1
VPADTHR2 PAD threshold setting for detector 2
VPADTHR3 PAD threshold setting for detector 3
VPADTHR4 PAD threshold setting for detector 4
VPADTHR5 PAD threshold setting for detector 5
VPADTHRS PAD threshold setting for detector "sky"
VREQDET requested detector for the object observation
VSKYDET currently selected sky detector
VTHRES1 threshold 1
VTHRES2 threshold 2
VTHRES3 threshold 3
VTHRES4 threshold 4
VTHRES5 threshold 5
VTPAFB1 temperature aft bulkhead 1
VTPAFB2 temperature aft bulkhead 2
VTPDEA1 temperature DEA 1
VTPDEA2 temperature DEA 2
VTPDEA3 temperature DEA 3
VTPDEA4 temperature DEA 4
VTPDEA5 temperature DEA 5
VTPDET1 temperature detector 1
VTPDET2 temperature detector 2
VTPDET3 temperature detector 3
VTPDET4 temperature detector 4
VTPDET5 temperature detector 5
VTPFILT temperature filter
VTPFWB1 temperature forward bulkhead 1
VTPFWB2 temperature forward bulkhead 2
VTPMTPA temperature mount point A
VTPMTPB temperature mount point B
VTPMTPC temperature mount point C
VTPNP2C temperature inboard P2 skin center
VTPNP3C temperature inboard P3 skin center
VTPODP2 temperature P2 ODS radiator forward
VTPODP3 temperature P3 ODS radiator forward
VTPODSA temperature ODS aft
VTPPCDS temperature PCDS
VTPPSP2 temperature PCDS/SCN bay P2 skin
VTPPSP3 temperature PCDS/SCN bay P3 skin
VTPRIUA temperature RIU A
VTPRIUB temperature RIU B
VTPSYCN temperature system controller
VVDEFL1 vertical deflection 1
VVDEFL2 vertical deflection 2
VVDEFL3 vertical deflection 3
VVDEFL4 vertical deflection 4
VVERSTPT no. of vert. steps/spatial pt. in area scans
VVERT commanded vertical deflection of obj detector
VVERT1 Vertical deflection for detector 1
VVERT2 Vertical deflection for detector 2
VVERT3 Vertical deflection for detector 3
VVERT4 Vertical deflection for detector 4
VVPOINTS no. of vertical points (rows) in area scans
VXMOON Moon velocity: geocentric J2000 frame (km/sec)
VXSUN Sun velocity: geocentric J2000 frame (km/sec)
VYMOON Moon velocity: geocentric J2000 frame (km/sec)
VYSUN Sun velocity: geocentric J2000 frame (km/sec)
VZMOON Moon velocity: geocentric J2000 frame (km/sec)
VZSUN Sun velocity: geocentric J2000 frame (km/sec)
-W-
WAVCORR compute photometric parameters
WAV_CORR wavelength scale generation
WBA1LGCT bay 1 A1 temperature (deg C)
WBA2EDTM bay 2 A1 temperature (deg C)
WBA3PCTM Bay 3 temperature (Celsius)
WBA4WFTM bay 4 A1 temperature (deg C)
WBA5TEMP bay 5 A1 temperature (deg C)
WBLDASNR Blade A sensor: 0:closed, 1:open
WBLDBSNR Blade B sensor: 0:closed, 1:open
WCANLTIM time of cancel operation command
WCH1HJTM camera head hot junction 1 temperature (deg C)
WCH7HJTM hot junction 7 temperature (deg C)
WCHVLTS camera head voltage (volts)
WEXPOCMD expose command image
WEXPODUR commanded duration of exposure (sec)
WEXPOTIM Major frame pulse time preceding exposure start
WEXPTMHI maj frame pulse time preceding exp start (cnts)
WFCSTAT control/status word for exposure
WFOCTM01 time of first close B shutter
WFOCTM02 slot for second open B shutter time
WFOCTM03 slot for second close B shutter time
WFOCTM04 slot for third open B shutter time
WFOCTM05 slot for third close B shutter time
WFOCTM06 slot for fourth open B shutter time
WFOCTM07 slot for fourth close B shutter time
WFOCTM08 slot for fifth open B shutter time
WFOCTM09 slot for fifth close B shutter time
WFOCTM10 slot for sixth open B shutter time
WFOCTM11 slot for sixth close B shutter time
WFOCTM12 slot for seventh open B shutter time
WFOCTM13 slot for seventh close B shutter time
WFOCTM14 slot for eighth open B shutter time
WFOCTM15 slot for eighth close B shutter time
WFOSPOSV relative focus position voltage (counts)
WHOLDHTR replacement heater on (ON, OFF)
WHTPIHTR heat pipe heater on (ON, OFF)
WMECHPWR mechanism power off (ON, OFF)
WMECIFAT mechanical interface A temperature (deg C)
WMECIFBT mechanical interface B temperature (deg C)
WMECIFCT mechanical interface C temperature (deg C)
WMECVOLT mechanism supply voltage (volts)
WN15VADC - 15 v adc supply (counts)
WN15VANA - 15 v analog supply (counts)
WORDS number of HSP words samples in a line
WP10VLGC +10 volts logic supply (volts)
WP15VADC +15 volts ADC supply (volts)
WP15VANA +15 volts analog supply (volts)
WP5VADC + 5 volts ADC supply (volts)
WP5VLGC + 5 volts logic supply (volts)
WPCTECA OLDTEC current (mA)
WPCTECV OLDTEC supply voltage (volts)
WPTECPWR OLDTEC power off (ON, OFF)
WPWRONF power off (ON, OFF)
WPYRMDTM optical bench pyramid bulkhead temperature (deg
WRADATMP OLDRadiator +V2HP 3/4/7/8 temperature (deg C)
WRD11_14 word 11/14 (0-255)
WRIUATEM RIU A temperature (deg C)
WRIUBTEM RIU B temperature (deg C)
WSCALE Scale factor for output image
WSTRCTEM SOFA/shutter mounting plate temperature (deg C)
WTIMEXPO time of 110 msec expose command
WUVMTEMP OLDRadiator -V2HP 1/2/5/6 temperature (deg C)
WWCANCM cancel operation command bit
WWLOGOF log overflow bit
WWSCAP shutter control application processor bit
WZERO Zero point for output image
-X-
XBASE X-deflection base
XC48RFMP NOG RFM F48 position
XC96RFMP NOG RFM F96 position
XDEF horizontal deflection
XEXPTM01 exposure start time 1 (sc clock counts)
XEXPTM02 exposure stop time 1 (sc clock counts)
XEXPTM03 exposure restart time 2 (sc clock counts)
XEXPTM04 exposure stop time 2 (sc clock counts)
XEXPTM05 exposure restart time 3 (sc clock counts)
XEXPTM06 exposure stop time 3 (sc clock counts)
XEXPTM07 exposure restart time 4 (sc clock counts)
XEXPTM08 exposure stop time 4 (sc clock counts)
XEXPTM09 exposure restart time 5 (sc clock counts)
XEXPTM10 exposure stop time 5 (sc clock counts)
XEXPTM11 exposure restart time 6 (sc clock counts)
XEXPTM12 exposure stop time 6 (sc clock counts)
XEXPTM13 exposure restart time 7 (sc clock counts)
XEXPTM14 exposure stop time 7 (sc clock counts)
XEXPTM15 exposure restart time 8 (sc clock counts)
XEXPTM16 exposure stop time 8 (sc clock counts)
XEXPTM17 exposure restart time 9 (sc clock counts)
XEXPTM18 exposure stop time 9 (sc clock counts)
XEXPTM19 exposure restart time 10 (sc clock counts)
XEXPTM20 exposure stop time 10 (sc clock counts)
XEXPTM21 exposure restart time 11 (sc clock counts)
XEXPTM22 exposure stop time 11 (sc clock counts)
XEXPTM23 exposure restart time 12 (sc clock counts)
XEXPTM24 exposure stop time 12 (sc clock counts)
XEXPTM25 exposure restart time 13 (sc clock counts)
XEXPTM26 exposure stop time 13 (sc clock counts)
XEXPTM27 exposure restart time 14 (sc clock counts)
XEXPTM28 exposure stop time 14 (sc clock counts)
XEXPTM29 exposure restart time 15 (sc clock counts)
XEXPTM30 exposure stop time 15 (sc clock counts)
XEXPTM31 exposure restart time 16 (sc clock counts)
XEXPTM32 exposure stop time 16 (sc clock counts)
XEXPTM33 exposure restart time 17 (sc clock counts)
XEXPTM34 exposure stop time 17 (sc clock counts)
XEXPTM35 exposure restart time 18 (sc clock counts)
XEXPTM36 exposure stop time 18 (sc clock counts)
XEXPTM37 exposure restart time 19 (sc clock counts)
XEXPTM38 exposure stop time 19 (sc clock counts)
XEXPTM39 exposure restart time 20 (sc clock counts)
XEXPTM40 exposure stop time 20 (sc clock counts)
XEXPTM41 exposure restart time 21 (sc clock counts)
XEXPTM42 exposure stop time 21 (sc clock counts)
XMOON Moon position: geocentric J2000 frame (km)
XNPSBA1S power status buffer 1 expected status
XNPSBB2S power status buffer 2 expected status
XPITCH X-deflection pitch between diode
XSUN Sun position: geocentric J2000 frame (km)
XXRIU05 FOC status-5 bilevels
X_OFFSET x_offset for GIMP correction (diodes)
-Y-
Y1OATMP optics area temperature location 1
Y1OBTMP optical bench temperature location 1
Y1STCHNL first channel to be processed
Y2OATMP optics area temperature location 2
Y2OBTMP optical bench temperature location 2
Y3OBTMP optical bench temperature location 3
Y4OBTMP optical bench temperature location 4
Y5VLPSV +5V logic power supply voltage
Y8VQPSV +8V quiet power supply voltage
YAPERPO1 same as first YAPERHOE|LOE
YAPERTMP aperture mechanism temperature
YAQMD acquisition mode
YARIUTMP RIU-A temperature
YBASE y base
YBRIUTMP RIU-B temperature
YCALVLT calibration lamp supply voltage
YCEATMP central electronics temperature
YCLSCUR calibration lamp supply current
YCPSTMP central power supply temperature
YDATALIM high byte of acquisition limit
YDEAD accum close time
YDEF vertical deflection
YDOORTMP entrance door mechanism temperature
YDSCRVLT discriminator reference voltage
YFFCPWR flat field cal lamp power
YFGIMPEN onboard GIMP correction enabled (T/F)
YFGIMPER error in onboard GIMP correction (YES/NO)
YFGMATMP filter/grating wheel motor A temperature
YFGMBTMP filter/grating wheel motor B temperature
YFGWAPO1 same as first YFGWAPOS
YHVCUR high voltage supply current
YHVTMP high voltage supply temperature
YHVVLT high voltage supply voltage
YINTEG number of integrations/X-step
YLINSFRM packets per frame
YLIVE accum open time
YMCLEARS memory clears/data acquisition
YMOON Moon position: geocentric J2000 frame (km)
YMSLICES number of memory slices
YNOISELM burst noise rejection limit
YNUMCHNL number of channels to be processed
YOVRSCAN X-deflection overscan
YPAMATMP pre-amp assembly A temperature
YPAMBTMP pre-amp assembly B temperature
YPCATMP photocathode A temperature
YPCBTMP photocathode B temperature
YPITCH Y-deflection pitch
YPLRZPO1 same as first YPLZRHOE|LOE
YPMFATMP permanent magnet focus assembly A temperature
YPMFBTMP permanent magnet focus assembly B temperature
YPOLRTMP polarizer mechanism temperature
YPOS y-position on photocathode
YPTRNS patterns per readout
YRANGE y range
YREADCYC readouts/memory clear
YSIGPTMP signal processor temperature
YSPACE yrange * 32 / ysteps
YSTEP1 first ystep data type: OBJ, SKY, BCK, NUL
YSTEP2 second ystep data type: OBJ, SKY, BCK, NUL
YSTEP3 third ystep data type: OBJ, SKY, BCK, NUL
YSTEPS number of y steps
YSUN Sun position: geocentric J2000 frame (km)
YTRMFCUR trim focus coil driver current
YTYPE observation type: OBJ, SKY, BCK
YWRDSLIN science words per packet
YXBASE X-deflection base
YXDEFCUR X-deflection coil driver current
YXPITCH X-deflection pitch between diode
YXSTEPS X-deflection sub-steps
YXYDFTMP XY-deflection focus
YYBASE Y-deflection base
YYDEFCUR Y-deflection coil driver current
YYINDFHY do deflection hyst. at begin. of data acqn.
YYPATH path identification
YYPITCH Y-deflection pitch
YYSTEPS Y-deflection sub-steps
Y_OFFSET y_offset for GIMP correction (defl.units)
-Z-
ZACMODE1 acquisition mode
ZCST carrousel stator temperature
ZDEBTF DEB front post amp. temperature
ZDEBTR DEB rear post amp temperature
ZDETT1 det. 1 temperature
ZDETT2 det. 2 temperature
ZDOPMAG OCT doppler shift correction magnitude
ZDRT digicon radiator tem
ZDT11 det. 1 detector shield temperature #1
ZDT12 det. 2 detector shield temperature #1
ZET11 det. 1 enclosure temperature #1
ZET31 det. 1 enclosure temperature #3
ZFIAT fixture interface A temperature
ZFIBT fixture interface B temperature
ZFICT fixture interface C temperature
ZFLUXM flux measurement at end of targ. acq. obs.
ZFSPYBF control bits for spectrum y-balance
ZFXMAPC x deflection of the center of field map
ZFYMAPC y deflection of the center of fiels map
ZHDC1 det. 1 horizontal deflection current
ZHDC2 det. 2 horizontal deflection current
ZHVPST1 det. 1 high voltage power supply temperature
ZHVPST2 det. 2 high voltage power supply temperature
ZINTPER OCT integration period (number of 50 ms slices)
ZLCOEF1 line mapping function L0
ZLCOEF2 line mapping function A
ZMEBT1 main elec box 1 temperature
ZMEBT2 main elec box 2 temperature
ZMOON Moon position: geocentric J2000 frame (km)
ZOBBT optical bench bulkhead temperature
ZOBT11 det. 1 optical bench temperature #1
ZPABT1 det. 1 preamp assembly box temperature
ZPABT2 det. 2 preamp assembly box temperature
ZPCC1 det. 1 photo cathode current
ZPCC2 det. 2 photo cathode current
ZPCV1 det. 1 photo cathode high voltage
ZPCV2 det. 2 photo cathode high voltage
ZRIUTA RIU A internal temperature
ZRIUTB RIU B internal temperature
ZSCOEF1 first coefficient of sample mapping
ZSCOEF2 second coefficient of sample mapping
ZSCOEF3 third coefficient of sample mapping
ZSCOEF4 fourth coefficient of sample mapping
ZSCT1 det. 1 spectral calibration lamp temperature
ZSCT2 det. 2 spectral calibration lamp temperature
ZSPYBALU spectrum y-balance offset
ZSPYBLU spectrum y-balance offset
ZSRCHLCE OCT y increment for field map
ZSRCHLCF OCT x increment for field map
ZSUN Sun position: geocentric J2000 frame (km)
ZTREFH OCT time of zero doppler correction
ZTST11 det. 1 thermal shelf temperature #1
ZXDCALP proportional x-deflection cal correction
ZXDCALU x comp null deflection cal correction
ZYDCALP prop y-def cal correction
ZYDCALU y comp null deflection cal correction
HST Keyword Index - 03/15/94 (rose@stsci.edu)