Instrument: FAINT OBJECT CAMERA Revised: 25-AUG-93
File Type: UNIQUE DATA LOG
SIMPLE = F image conforms to the fits standard L1
BITPIX = 16 bits per data value I2
DATATYPE= UNSIGNED*2 datatype of the array C10
NAXIS = 1 number of data axes I2
NAXIS1 = 335 length of 1st data axis I2
GROUPS = T image is in group format L1
GCOUNT = 1 number of groups I2
PCOUNT = 3 number of group parameters I2
PSIZE = 128 bits in the group parameter block I2
/ GROUP PARAMETERS: OSS
PTYPE1 = FILLCNT number of segments containing fill C08
PDTYPE1 = INTEGER*4 C18
PSIZE1 = 32 I2
PTYPE2 = ERRCNT number of segments containing errors C08
PDTYPE2 = INTEGER*4 C18
PSIZE2 = 32 I2
PTYPE3 = PKTTIME time from the packet ancillary data C08
PDTYPE3 = REAL*8 (Modified Julian Date) C18
PSIZE3 = 64 I2
/ FOC DATA DESCRIPTOR KEYWORDS
INSTRUME= FOC instrument in use C04
ROOTNAME= rootname of the observation set C12
FILETYPE= UDL shp, sdq, udl, sci C03
CTYPE1 = UNITLESS unitless, line, pixel, channel, sample, time C10
/ STATISTICAL KEYWORDS
DATE = date this file was written (dd/mm/yy) C08
/ CDBS KEYWORDS
NC112KVC= min CEHT1 12KV coarse R4 master
NC112KVF= min CEHT1 12KV fine R4 master
NC1LEDIT= min calibration unit LED intensity R4 master
NC1LEDSL= min calibration unit LED select C18 master
NC212KVC= min CEHT2 12KV coarse R4
NC212KVF= min CEHT2 12KV fine R4
NC2LEDIT= min calibration unit LED intensity R4
NC2LEDSL= min calibration unit LED select C18
NCAM1T12= min CAM1 temperature 12 R4 master
NCAM1TP6= min CAM1 temperature 6 R4 master
NCAM1TP8= min preamp 1 temperature 8 R4
NCAM2T12= min CAM2 temperature 12 R4
NCAM2TP6= min CAM2 temperature 6 R4
NCAM2TP8= min preamp 2 temperature 8 R4
NCE1ARFS= min CEHT1 analog reference signal R4 master
NCE2ARFS= min CEHT2 analog reference signal R4
NCEU1TP1= min CEU1 temperature 1 R4 master
NCEU1TP2= min CEU1 temperature 2 R4 master
NCEU2TP1= min CEU2 temperature 1 R4
NCEU2TP2= min CEU2 temperature 2 R4
NCU1FCSC= min CEU1 focus coil current R4 master
NCU1G1VL= min CEU1 G1 voltage R4 master
NCU1G2CR= min CEU1 G2 current R4 master
NCU1G2VL= min CEU1 G2 voltage R4 master
NCU1G3VL= min CEU1 G3 voltage R4 master
NCU1G4VL= min CEU1 G4 voltage R4 master
NCU1HALC= min CEU1 horizontal alignment coil R4 master
NCU1HTRC= min CEU1 camera tube filament current R4 master
NCU1PMTR= min CEU1 PMA trim coil current R4 master
NCU1TRGT= min CEU1 target voltage R4 master
NCU1VALC= min CEU1 vertical alignment coil current R4 master
NCU2FCSC= min CEU2 focus coil current R4
NCU2G1VL= min CEU2 G1 voltage R4
NCU2G2CR= min CEU2 G2 current R4
NCU2G2VL= min CEU2 G2 voltage R4
NCU2G3VL= min CEU2 G3 voltage R4
NCU2G4VL= min CEU2 G4 voltage R4
NCU2HALC= min CEU2 horizontal alignment coil R4
NCU2HTRC= min CEU2 camera tube filament current R4
NCU2PMTR= min CEU2 PMA trim coil current R4
NCU2TRGT= min CEU2 target voltage R4
NCU2VALC= min CEU2 vertical alignment coil current R4
NEBATMP7= min EBA temperature 7 sink sensor R4 master
NEBATMP8= min EBA housekeeping temperature 8 R4 master
NI112KVC= MIN IEHT1 12KV coarse R4 master
NI112KVF= min IEHT1 12KV fine R4 master
NI136KVC= min IEHT1 36KV coarse R4 master
NI136KVF= min IEHT1 36KV fine R4 master
NI212KVC= min IEHT2 12KV coarse R4
NI212KVF= min IEHT2 12KV fine R4
NI236KVC= min IEHT2 36KV coarse R4
NI236KVF= min IEHT2 36KV fine R4
NINT1TP1= min INT1 temperature 1 R4 master
NINT1TP2= min INT1 temperature 2 R4 master
NINT1TP3= min INT1 temperature 3 R4 master
NINT1TP4= min INT1 temperature 4 R4 master
NINT2TP1= min INT2 temperature 1 R4
NINT2TP2= min INT2 temperature 2 R4
NINT2TP3= min INT2 temperature 3 R4
NINT2TP4= min INT2 temperature 4 R4
NOBETMP1= min OBE housekeeping temperature 1 R4 master
NOBETMP2= min OBE housekeeping temperature 2 R4 master
NOBETMP3= min OBE housekeeping temperature 3 R4 master
NOBETMP4= min OBE housekeeping temperature 4 R4 master
NOBETMP5= min OBE housekeeping temperature 5 R4 master
NOBETMP6= min OBE housekeeping temperature 6 R4 master
NPDATM10= min PDA housekeeping temperature 10 R4 master
NPDATMP9= min PDA housekeeping temperature 9 - IEHT R4 master
NRIUATMP= min RIUA housekeeping temperature R4 master
NRIUBTMP= min RIUB housekeeping temperature R4 master
NSDS1VLT= min SDS1 housekeeping voltage R4 master
NSDS2VLT= min SDS2 housekeeping voltage R4 master
NTCSCT14= min TCE spare (CT14) R4
NTCSCT15= min TCE SPARE (CT15) R4
NV1THARM= min VPU1 threshold arming level R4 master
NV1THEXT= min VPU1 threshold extent level R4 master
NV2THARM= min VPU2 threshold arming level R4
NV2THEXT= min VPU2 threshold extent level R4
NVP1PRLT= min VPU1 PRL temperature R4 master
NVP2PRLT= min VPU2 PRL temperature R4
OC112KVC= max CEHT1 12KV coarse R4 master
OC112KVF= max CEHT1 12KV fine R4 master
OC1LEDIT= max calibration unit LED intensity R4 master
OC1LEDSL= max calibration unit LED select C18 master
OC212KVC= max CEHT2 12KV coarse R4
OC212KVF= max CEHT2 12KV fine R4
OC2LEDIT= max calibration unit LED intensity R4
OC2LEDSL= max calibration unit LED select C18
OCAM1T12= max CAM1 temperature R4 master
OCAM1TP6= max CAM1 temperature R4 master
OCAM1TP8= max Preamp 1 temperature 8 R4 master
OCAM2T12= max CAM2 temperature 12 R4
OCAM2TP6= max CAM2 temperature 6 R4
OCAM2TP8= max Preamp 2 temperature 8 R4
OCE1ARFS= max CEHT1 analog reference signal R4 master
OCE2ARFS= max CEHT2 analog reference signal R4
OCEU1TP1= max CEU1 temperature 1 R4 master
OCEU1TP2= max CEU1 temperature 2 R4 master
OCEU2TP1= max CEU2 temperature 1 R4
OCEU2TP2= max CEU2 temperature 2 R4
OCU1FCSC= max CEU1 focus coil current R4 master
OCU1G1VL= max CEU1 G1 voltage R4 master
OCU1G2CR= max CEU1 G2 current R4 master
OCU1G2VL= max CEU1 G2 voltage R4 master
OCU1G3VL= max CEU1 G3 voltage R4 master
OCU1G4VL= max CEU1 G4 voltage R4 master
OCU1HALC= max CEU1 horizontal alignment coil current R4 master
OCU1HTRC= max CEU1 camera tube filament current R4 master
OCU1PMTR= max CEU1 PMA trim coil current R4 master
OCU1TRGT= max CEU1 target voltage R4 master
OCU1VALC= max CEU1 vertical alignment coil current R4 master
OCU2FCSC= max CEU2 focus coil current R4
OCU2G1VL= max CEU2 G1 voltage R4
OCU2G2CR= max CEU2 G2 current R4
OCU2G2VL= max CEU2 G2 voltage R4
OCU2G3VL= max CEU2 G3 voltage R4
OCU2G4VL= max CEU2 G4 voltage R4
OCU2HALC= max CEU2 horizontal alignment coil current R4
OCU2HTRC= max CEU2 camera tube filament current R4
OCU2PMTR= max CEU2 PMA trim coil current R4
OCU2TRGT= max CEU2 target voltage R4
OCU2VALC= max CEU2 vertical alignment coil current R4
OEBATMP7= max EBA temperature 7 sink sensor R4 master
OEBATMP8= max EBA housekeeping temperature 8 R4 master
OI112KVC= max IEHT1 12KV coarse R4 master
OI112KVF= max IEHT1 12KV fine R4 master
OI136KVC= max IEHT1 36KV coarse R4 master
OI136KVF= max IEHT1 36KV fine R4 master
OI212KVC= max IEHT2 12KV coarse R4
OI212KVF= max IEHT2 12KV fine R4
OI236KVC= max IEHT2 36KV coarse R4
OI236KVF= max IEHT2 36KV fine R4
OINT1TP1= max INT1 temperature 1 R4 master
OINT1TP2= max INT1 temperature 2 R4 master
OINT1TP3= max INT1 temperature 3 R4 master
OINT1TP4= max INT1 temperature 4 R4 master
OINT2TP1= max INT2 temperature 1 R4
OINT2TP2= max INT2 temperature 2 R4
OINT2TP3= max INT2 temperature 3 R4
OINT2TP4= max INT2 temperature 4 R4
OOBETMP1= max OBE housekeeping temperature 1 R4 master
OOBETMP2= max OBE housekeeping temperature 2 R4 master
OOBETMP3= max OBE housekeeping temperature 3 R4 master
OOBETMP4= max OBE housekeeping temperature 4 R4 master
OOBETMP5= max OBE housekeeping temperature 5 R4 master
OOBETMP6= max OBE housekeeping temperature 6 R4 master
OPDATM10= max PDA housekeeping temperature 10 R4 master
OPDATMP9= max PDA housekeeping temperature 9 - IEHT R4 master
ORIUATMP= max RIUA housekeeping temperature R4 master
ORIUBTMP= max RIUB housekeeping temperature R4 master
OSDS1VLT= max SDS1 housekeeping voltage R4 master
OSDS2VLT= max SDS2 housekeeping voltage R4 master
OTCSCT14= max TCE spare (CT14) R4
OTCSCT15= max TCE spare (CT15) R4
OV1THARM= max VPU1 threshold arming level R4 master
OV2THARM= max VPU2 threshold arming level R4
OV1THEXT= max VPU1 threshold extent level R4 master
OV2THEXT= max VPU2 threshold extent level R4
OVP1PRLT= max VPU1 PRL temperature R4 master
OVP2PRLT= max VPU2 PRL temperature R4
XC48RFMP= NOG RFM F48 position I4 master
XC96RFMP= NOG RFM F96 position I4 master
XEXPTM01= exposure start time 1 (sc clock counts) I4 master
XEXPTM02= exposure stop time 1 (sc clock counts) I4 master
XEXPTM03= exposure restart time 2 (sc clock counts) I4 master
XEXPTM04= exposure stop time 2 (sc clock counts) I4 master
XEXPTM05= exposure restart time 3 (sc clock counts) I4 master
XEXPTM06= exposure stop time 3 (sc clock counts) I4 master
XEXPTM07= exposure restart time 4 (sc clock counts) I4 master
XEXPTM08= exposure stop time 4 (sc clock counts) I4 master
XEXPTM09= exposure restart time 5 (sc clock counts) I4 master
XEXPTM10= exposure stop time 5 (sc clock counts) I4 master
XEXPTM11= exposure restart time 6 (sc clock counts) I4 master
XEXPTM12= exposure stop time 6 (sc clock counts) I4 master
XEXPTM13= exposure restart time 7 (sc clock counts) I4 master
XEXPTM14= exposure stop time 7 (sc clock counts) I4 master
XEXPTM15= exposure restart time 8 (sc clock counts) I4 master
XEXPTM16= exposure stop time 8 (sc clock counts) I4 master
XEXPTM17= exposure restart time 9 (sc clock counts) I4 master
XEXPTM18= exposure stop time 9 (sc clock counts) I4 master
XEXPTM19= exposure restart time 10 (sc clock counts) I4 master
XEXPTM20= exposure stop time 10 (sc clock counts) I4 master
XEXPTM21= exposure restart time 11 (sc clock counts) I4 master
XEXPTM22= exposure stop time 11 (sc clock counts) I4 master
XEXPTM23= exposure restart time 12 (sc clock counts) I4 master
XEXPTM24= exposure stop time 12 (sc clock counts) I4 master
XEXPTM25= exposure restart time 13 (sc clock counts) I4 master
XEXPTM26= exposure stop time 13 (sc clock counts) I4 master
XEXPTM27= exposure restart time 14 (sc clock counts) I4 master
XEXPTM28= exposure stop time 14 (sc clock counts) I4 master
XEXPTM29= exposure restart time 15 (sc clock counts) I4 master
XEXPTM30= exposure stop time 15 (sc clock counts) I4 master
XEXPTM31= exposure restart time 16 (sc clock counts) I4 master
XEXPTM32= exposure stop time 16 (sc clock counts) I4 master
XEXPTM33= exposure restart time 17 (sc clock counts) I4 master
XEXPTM34= exposure stop time 17 (sc clock counts) I4 master
XEXPTM35= exposure restart time 18 (sc clock counts) I4 master
XEXPTM36= exposure stop time 18 (sc clock counts) I4 master
XEXPTM37= exposure restart time 19 (sc clock counts) I4 master
XEXPTM38= exposure stop time 19 (sc clock counts) I4 master
XEXPTM39= exposure restart time 20 (sc clock counts) I4 master
XEXPTM40= exposure stop time 20 (sc clock counts) I4 master
XEXPTM41= exposure restart time 21 (sc clock counts) I4 master
XEXPTM42= exposure stop time 21 (sc clock counts) I4 master
XNPSBA1S= power status buffer 1 expected status I4
XNPSBB2S= power status buffer 2 expected status I4
XXRIU05 = FOC status-5 bilevels I4
/ TARGET & PROPOSAL ID
TARGNAME= proposer's target name C30 exp
RA_TARG = right ascension of the target (deg) (J2000) R8 exp
DEC_TARG= declination of the target (deg) (J2000) R8 exp
PROPOSID= PEP proposal identifier I4 all
PEP_EXPO= PEP exposure identifier including sequence C15 all
LINENUM = PEP proposal line number C15 exp
SEQLINE = PEP line number of defined sequence C15 exp
SEQNAME = PEP define/use sequence name C15 exp
END
