Key Word Format Type Unit Comment --------+-----+---------+-----------+------------------------------------------------------------------ 2_OBSLAT F8.4 float deg Telescope geodetic latitude (degree) 2_OBSLON F6.3 float deg Telescope geodetic longitude (degree) 2_OBSALT F6.1 float m Telescope altitude (m) 2_M1CVR A8 string M1 cover position 2_CELCVR A8 string Cell cover position 2_DOMPOS F9.6 string deg Dome position (degree) 2_DOMSLT A8 string Dome slit position (OPEN/CLOSE) 2_DSETID A12 string Frame ID of a set of dithering data 2_DPOSID A12 string Frame ID at the same position of a set of dithering data 2_DITIDX I4 integer Current position in the dithering 2_DITRAD F5.1 float arcsec Width of dithering pattern (arcsec) 2_DITNUM I4 integer Number of dithering positions 2_DITANG F5.1 float deg Position angle of the dithering pattern (deg) 2_PAOFST F5.1 float deg SWIMS Position angle offset (degree) 2_SWSPA F5.1 float deg Position angle of SWIMS (degree) 2_OPTARM A8 string optical arm 2_DETCH I2 integer detector channel 2_FILT01 A40 string Filter/Grism name of Wheel B1 2_FILT02 A40 string Filter/Grism name of Wheel B2 2_FILT03 A40 string Filter/Grism name of Wheel B3 2_NSLT01 I1 integer Slot number of Wheel B1 2_ADDR01 I6 integer pulse Motor step of Wheel B1 2_HLVL01 F6.4 float V Hall sensor voltage of Wheel B1 2_NSLT02 I1 integer Slot number of Wheel B2 2_ADDR02 I6 integer pulse Motor step of Wheel B2 2_HLVL02 F6.4 float V Hall sensor voltage of Wheel B2 2_NSLT03 I1 integer Slot number of Wheel B3 2_ADDR03 I6 integer pulse Motor step of Wheel B3 2_HLVL03 F6.4 float V Hall sensor voltage of Wheel B3 2_TDPH1 F6.3 float K Temperature at Diaphram_01 (K) 2_TDPH2 F6.3 float K Temperature at Diaphram_02 (K) 2_TCLDF1 F6.3 float K Temperature at ColdFrame_01 (K) 2_TCLDF2 F6.3 float K Temperature at ColdFrame_02 (K) 2_TMOSCH F6.3 float K Temperature at MosuColdHead (K) 2_TCRBTM F6.3 float K Temperature at CarouselBottom (K) 2_TDMMSK F6.3 float K Temperature at DummyMask (K) 2_TMSRS F6.3 float K Temperature at MosuRadiationShield (K) 2_TOPTB1 F6.3 float K Temperature at OptBench_01 (K) 2_TCOLL F6.3 float K Temperature at Collimator (K) 2_TOPTB3 F6.3 float K Temperature at OptBench_03 (K) 2_TOPTB4 F6.3 float K Temperature at OptBench_04 (K) 2_TCAMR F6.3 float K Temperature at Camera_Red (K) 2_TCAMB F6.3 float K Temperature at Camera_Blue (K) 2_T218B7 F6.3 float K Temperature at LS218 CH7 2_TTHMP1 F6.3 float K Temperature at ThermalPath_01 (K) 2_TTHMP2 F6.3 float K Temperature at ThermalPath_02 (K) 2_TDETB F6.3 float K Temperature at Blue Detector Mount (K) 2_T332_2 F6.3 float K Temperature LS332 CH2 2_TDETR F6.3 float K Temperature at Red Detector Mount (K) 2_PMAIN E5.3 string Torr Vacuum level at Main dewar (Torr) 2_PMOSU E5.3 string Torr Vacuum level at MOSU dewar (Torr) 2_RAWDIR A80 string directory to raw image data 2_JD2_ID A8 string JADE2 card serial number 2_USB_ID A8 string USB cable number 2_DC5_ID A8 string DC5V cable number 2_NREADS I4 integer number of read frames in each group of ramp 2_ORSTFR I1 integer 1/0 enable/disable the option of output reset frames 2_PLSLED I1 integer 1/0 enable/disable pulse LED at end of each read-drop frame 2_CSIDF I1 integer 1/0 enable/disable clocking of SCA in drop frames 2_IDLEMD I1 integer 0->do nothing in idle mode; 1->continuously take reset frames in idle mode; 2->continuously take reset-read frames in idle mode. 2_NRAMPS I4 integer number of ramps 2_NGRPS I4 integer number of groups per ramp 2_NDROPS I4 integer number of drop frames in each group of ramp 2_BUFMOD I1 integer 0 unbuffered mode, no source current; 2 buffered mode, with source current; 3 buffered mode, no source current. 2_FSTMOD I1 integer SlowMode=0,FasMode=1 2_NXTRAP I4 integer Number of extra pixels per row 2_NXTRAL I4 integer Number of extra line per frame 2_REFOUT I1 integer Reference output.0 disabled; 1 enabled with ref 2_REFPIX I1 integer Interleave reference pixel mode. 0 disabled; 1 e 2_ACQTM F13.5 string UTC Julian time 2_ACQTM1 A23 string UTC time (YYYY-MM-DD HH:MM:SS.MS) 2_ASIC_N I8 integer ASIC serial number 2_SCA_ID I8 integer SCA number 2_MUXTYP I2 integer 1- H1RG; 2- H2RG; 4- H4RG 2_NOTPTS I4 integer Number of detector outputs 2_NADCS I4 integer Number of averaged ADCs used per output 2_PDDET I1 integer Power down detector 2_CLKOFF I1 integer Turn off clocks 2_WRMTST I1 integer 0- cold test; 1- warm test 2_CLOCK I1 integer 0- normal clocking; 1- enhanced horizontal clocki 2_GLBRST I1 integer 0- pixel-by-pixel or line-by-line rest; 1- globa 2_FRMMOD I1 integer 0- full frame mode; 1- window mode 2_CAMLNK I1 integer If Camlink readout enabled (1 enabled) 2_EXPMOD I1 integer 0- Ramp mode; 1- Fowler sampling mode 2_NRSTS I1 integer Number of resets before integration 2_FRMTIM F6.3 float sec Frame time 2_EXPTIM F6.3 float sec sec 2_ACQTYP I1 integer Dark Current Ramp Sequence (2) 2_DATMOD I4 integer Parallel read, 8 bit bus, 16 bit data 2_DATLVL I1 integer 0- CMO; 1- LVDS 2_ASICGN I4 integer 8 (12dB, large Cin) 2_NOMGN I4 integer 8 (12dB, large Cin) 2_AMPRST I1 integer 0- Reset once per frame; 1- Reset once per row 2_KTCRMV I1 integer 0- No kTC Removal; 1- kTC Removal 2_SRCCUR I1 integer 0-No source current to inp ; 1 - Source current 2_AMPIN I1 integer 0- VREFMAIN as ref; 1- InPCommon as ref; 2- user 2_V4321 A8 string preamp input by user 2_BZERO I6 integer Data is Unsigned Integer 2_UNITS A8 string ADC digital steps 2_TSTTN A8 string Test station id. 2_HXRGVR A8 string HXRG IDL software version number 2_BSCALE I1 integer No scaling 2_BIAS00 F6.3 float V V, h6000 setting 2_BIAS01 F6.3 float uA uA, h6001 setting 2_BIAS02 F6.3 float V V, h6002 setting 2_BIAS03 F6.3 float uA uA, h6003 setting 2_BIAS04 F6.3 float V V, h6004 setting 2_BIAS05 F6.3 float uA uA, h6005 setting 2_BIAS06 F6.3 float V V, h6006 setting 2_BIAS07 F6.3 float uA uA, h6007 setting 2_BIAS08 F6.3 float V V, h6008 setting 2_BIAS09 F6.3 float uA uA, h6009 setting 2_BIAS10 F6.3 float V V, h600A setting 2_BIAS11 F6.3 float uA uA, h600B setting 2_BIAS12 F6.3 float V V, h600C setting 2_BIAS13 F6.3 float uA uA, h600D setting 2_BIAS14 F6.3 float V V, h600E setting 2_BIAS15 F6.3 float uA uA, h600F setting 2_BIAS16 F6.3 float V V, h6010 setting 2_BIAS17 F6.3 float uA uA, h6011 setting 2_BIAS18 F6.3 float V V, h6012 setting 2_BIAS19 F6.3 float uA uA, h6013 setting 2_BIAS20 F6.3 float V V, h6014 setting 2_BIAS21 F6.3 float uA uA, h6015 setting 2_BIAS22 F6.3 float V V, h6016 setting 2_BIAS23 F6.3 float uA uA, h6017 setting 2_BIAS24 F6.3 float V V, h6018 setting 2_BIAS25 F6.3 float uA uA, h6019 setting 2_BIAS26 F6.3 float V V, h601A setting 2_BIAS27 F6.3 float uA uA, h601B setting 2_BIAS28 F6.3 float V V, h601C setting 2_BIAS29 F6.3 float uA uA, h601D setting 2_BIAS30 F6.3 float V V, h601E setting 2_BIAS31 F6.3 float uA uA, h601F setting 2_BIAS32 F6.3 float V V, h6020 setting 2_BIAS33 F6.3 float uA uA, h6021 setting 2_BIAS34 F6.3 float V V, h6022 setting 2_BIAS35 F6.3 float uA uA, h6023 setting 2_BIAS36 F6.3 float V V, h6024 setting 2_BIAS37 F6.3 float uA uA, h6025 setting 2_BIAS38 F6.3 float V V, h6026 setting 2_BIAS39 F6.3 float uA uA, h6027 setting 2_BIAS40 F6.3 float V V, h6028 setting 2_BIAS41 F6.3 float uA uA, h6029 setting 2_BIAS42 F6.3 float V V, h602A setting 2_BIAS43 F6.3 float uA uA, h602B setting 2_BIAS44 F6.3 float V V, h602C setting 2_BIAS45 F6.3 float uA uA, h602D setting 2_BIAS46 F6.3 float V V, h602E setting 2_BIAS47 F6.3 float uA uA, h602F setting 2_BIAS48 F6.3 float V V, h6030 setting 2_BIAS49 F6.3 float uA uA, h6031 setting 2_BIAS50 F6.3 float V V, h6032 setting 2_BIAS51 F6.3 float uA uA, h6033 setting 2_BIAS52 F6.3 float V V, h6034 setting 2_BIAS53 F6.3 float uA uA, h6035 setting 2_BIAS54 F6.3 float V V, h6036 setting 2_BIAS55 F6.3 float uA uA, h6037 setting 2_MCLK F7.4 float MHz MHz. Master Clock. 2_INTTIM F6.3 float sec integration time 2_VDDA1V F6.3 float V ASIC VDDA1_V 2_VDDA1I F6.3 float mA ASIC VDDA1_I 2_VDDA2V F6.3 float V ASIC VDDA2_V 2_VDDA2I F6.3 float mA ASIC VDDA2_I 2_VDDA3V F6.3 float V ASIC VDDA3_V 2_VDDA3A F6.3 float mA ASIC VDDA3_I 2_VDDA4V F6.3 float V ASIC VDDA4_V 2_VDDA4A F6.3 float mA ASIC VDDA4_I 2_VREF1V F6.3 float V ASIC VRef1_V 2_VREF1A F6.3 float mA ASIC VRef1_I 2_VREF2V F6.3 float V ASIC VRef2_V 2_VREF2A F6.3 float mA ASIC VRef2_I 2_VREF3V F6.3 float V ASIC VRef3_V 2_VREF3A F6.3 float mA ASIC VRef3_I 2_VREF4V F6.3 float V ASIC VRef4_V 2_VREF4A F6.3 float mA ASIC VRef4_I 2_VD331V F6.3 float V ASIC VDD3p3_1_V 2_VD331I F6.3 float mA ASIC VDD3p3_1_I 2_VD332V F6.3 float V ASIC VDD3p3_2_V 2_VD332I F6.3 float mA ASIC VDD3p3_2_I 2_VD333V F6.3 float V ASIC VDD3p3_3_V 2_VD333I F6.3 float mA ASIC VDD3p3_3_I 2_VD334V F6.3 float V ASIC VDD3p3_4_V 2_VD334I F6.3 float mA ASIC VDD3p3_4_I 2_VDD1V F6.3 float V ASIC VDD1_V 2_VDD1I F6.3 float mA ASIC VDD1_I 2_VDD2V F6.3 float V ASIC VDD2_V 2_VDD2I F6.3 float mA ASIC VDD2_I 2_VDD3V F6.3 float V ASIC VDD3_V 2_VDD3A F6.3 float mA ASIC VDD3_I 2_VDD4V F6.3 float V ASIC VDD4_V 2_VDD4A F6.3 float mA ASIC VDD4_I 2_VDIO1V F6.3 float V ASIC VDDIO1_V 2_VDIO1A F6.3 float mA ASIC VDDIO1_I 2_VDIO2V F6.3 float V ASIC VDDIO2_V 2_VDIO2A F6.3 float mA ASIC VDDIO2_I 2_VDIO3V F6.3 float V ASIC VDDIO3_V 2_VDIO3A F6.3 float mA ASIC VDDIO3_I 2_VDIO4V F6.3 float V ASIC VDDIO4_V 2_VDIO4A F6.3 float mA ASIC VDDIO4_I 2_VRSTV F6.3 float V Telemetry VReset_V 2_VRSTI F6.3 float mA Telemetry VReset_I 2_DSUBV F6.3 float V Telemetry DSub_V 2_DSUBI F6.3 float mA Telemetry DSub_I 2_VBGTV F6.3 float V Telemetry VBiasGate_V 2_VBGTI F6.3 float mA Telemetry VBiasGate_I 2_VBPWV F6.3 float V Telemetry VBiasPower_V 2_VBPWI F6.3 float mA Telemetry VBiasPower_I 2_CELDRV F6.3 float V Telemetry CellDrain_V 2_CELDRI F6.3 float mA Telemetry CellDrain_I 2_DRAINV F6.3 float V Telemetry Drain_V 2_DRAINI F6.3 float mA Telemetry Drain_I 2_VDDAV F6.3 float V Telemetry VDDA_V 2_VDDAI F6.3 float mA Telemetry VDDA_I 2_VDDV F6.3 float V Telemetry VDD_V 2_VDDI F6.3 float mA Telemetry VDD_I 2_REFSPV F6.3 float V Telemetry RefSample_V 2_REFSPI F6.3 float mA Telemetry RefSample_I 2_REFCBV F6.3 float V Telemetry RefColBuf_V 2_REFCBI F6.3 float mA Telemetry RefColBuf_I 2_VNBISV F6.3 float V Telemetry VNBias_V 2_VNBISI F6.3 float mA Telemetry VNBias_I 2_VPBISV F6.3 float V Telemetry VPBias_V 2_VPBISI F6.3 float mA Telemetry VPBias_I 2_VNCSCV F6.3 float V Telemetry VNCasc_V 2_VNCSCI F6.3 float mA Telemetry VNCasc_I 2_VPCSCV F6.3 float V Telemetry VPCasc_V 2_VPCSCI F6.3 float mA Telemetry VPCasc_I 2_VBOBV F6.3 float V Telemetry VBiasOutBuf_V 2_VBOBI F6.3 float mA Telemetry VBiasOutBuf_I 2_XSTART I4 integer pixel X start position 2_XSTOP I4 integer pixel X stop position 2_YSTART I4 integer pixel Y start position 2_YSTOP I4 integer pixel Y stop position 2_T_OBS F6.3 float sec total observing time (sec) 2_T_PIX F6.3 float sec integration time per pixel (sec) 2_T_OVH F6.3 float sec overhead (sec) 2_T_CMD F6.3 float sec commanded T_PIX (sec) 2_MSKID I4 int Slit Mask ID 2_MSKNAM A40 string Slit Mask Name 2_SBRNAM A40 string SBR Filename 2_ANOFID A12 string FRAMEID for another arm --------+-----+---------+-----------+------------------------------------------------------------------