Primary Header - Tauwiki


Primary Header From Tauwiki Jump to: navigation, search Primary header of Fits files: COMMENT Primary Header SIMPLE = T / Java FITS: Sat Aug 25 15:30:41 IST 2007 BITPIX = 32 NAXIS = 1 / Dimensionality --> NAXIS1 = 1024 / X axis pixels --> NAXIS2 = 1024 / Y axis pixels EXTEND = T / Extension permitted --> FILEDATE = '2007-08-25T10:00:42.674' / File date(YYYY-MM-DD T hh:mm:ss.sss) COMMENT Instrument key words TELESCOP= 'TAUVEX ' / Instrument used to observe. --> TELE_NUM= 'ONE ' / Telescope used to acquire data. FOV = 'BLANK ' / Field of view FILTER = 'BLANK ' / Filter (in order) Closed,F1,F2 or F3. PIXELS = 'BLANK ' / Image size (PIXEL X PIXEL) -->SCANRATE= 'BLANK ' / Scan rate in deg COMMENT Observation key words STARTOBS= '2006-11-09T23:59:58.167' / Date observ start (YYY-MM-DD T hh:mm:ss.sss) ENDOBS = 'BLANK ' / Date observ end (YYY-MM-DD hh:mm:ss.sss) RA_START= 'BLANK ' / Start RA RA_END = 'BLANK ' / End RA --->DECSTART= 'BLANK ' / Start DEC DEC_END = 'BLANK ' / End DEC MDP_ANGL= 'BLANK ' / Mounting deck plate angle at start MDP_END = 'BLANK ' / Mounting deck plate angle at end COMMENT Data key words NFRAMES = 187 / Total number of frames NCOUNTS = 8014 / Total number of counts MINCOUNT= 32 / Minimum number of counts in a frame MAXCOUNT= 65 / Maximum number of counts in a frame --> COMMENT Data processing files --> COMMENT Version numbers of Pipeline Modules -->INGEST = ? / CRT_LV1A= '0.3 ' / UVS_create_level1a VALIDATE= 'BLANK ' / UVS_validate_date CALC_XY = '0.17 ' / GET_CAL = '0.311 ' / APPL_CAL= '0.11 ' / FLAT_FLD= '0.31 ' / GEO_CORR= '0.16 ' / CALC_RA = '0.12 ' / REGISTER= 'BLANK ' / UVS_register_data CRT_IMG = 'BLANK ' / UVS_create_image EXT_PS = 'BLANK ' / UVS_extract_ps --> ///Fill Comments ///remaining same ================================================= COMMENT Calibration Files FLATCAL = '../calib/tauvex_flatfield.fits' / file name FLUX1CAL= '../calib/UVS_flux_calfile1.txt' / file name FLUX2CAL= '../calib/UVS_flux_calfile2.txt' / file name COMMENT Log File COMMENT Key Parameter Table values COMMENT PM area parameters PM_RESLO= 2450 / Normal resistance lower limit (0-400000 Ohms) PM_RESUP= 24500 / Normal resistance upper limit (0-400000 Ohms) PM_DTON = 115 / Normal duty cycle ON(5-1275 sec) PM_DTOFF= 800 / Normal duty cycle OFF(5-1275 sec) PM_OGRLO= 87450 / Outgassing resistance lower limit(0-400000 Ohms PM_OGRUP= 99840 / Outgassing resistance upper limit(0-400000 Ohms PM_THRHI= 301450 / Thermistor high limit(0-400000 Ohms) PM_THRLO= 104570 / Thermistor low limit(0-400000 Ohms) COMMENT PM loop configuration TPM_A = 1 / Thermistor in thermal loop(1=Use,0=Dont use) TPM_B = 0 / Thermistor in thermal loop(1=Use,0=Dont use) TPM_C = 1 / Thermistor in thermal loop(1=Use,0=Dont use) COMMENT BZ area parameters BZ_RESLO= 23420 / Normal resistance lower limit(0-400000 Ohms) BZ_RESUP= 77380 / Normal resistance upper limit(0-400000 Ohms) BZ_DTON = 385 / Normal duty cycle ON(5-1275 sec) BZ_DTOFF= 25 / Normal duty cycle OFF(5-1275 sec) BZ_OGRLO= 98760 / Outgassing resistance lower limit(0-400000 Ohms BZ_OGRUP= 117650 / Outgassing resistance upper limit(0-400000 Ohms BZ_THRHI= 65200 / Thermistor high limit(0-400000 Ohms) BZ_THRLO= 33130 / Thermistor low limit(0-400000 Ohms) COMMENT BZ loop configuration TBZ_A = 0 / Thermistor in thermal loop(1=Use,0=Dont use) TBZ_B = 1 / Thermistor in thermal loop(1=Use,0=Dont use) TBZ_C = 1 / Thermistor in thermal loop(1=Use,0=Dont use) COMMENT SM area parameters SM_RESLO= 231340 / Normal resistance lower limit(0-400000 Ohms) SM_RESUP= 271230 / Normal resistance upper limit(0-400000 Ohms) SM_DTON = 625 / Normal duty cycle ON(5-1275 sec) SM_DTOFF= 60 / Normal duty cycle OFF(5-1275 sec) SM_OGRLO= 33210 / Outgassing resistance lower limit(0-400000 Ohms SM_OGRUP= 44320 / Outgassing resistance upper limit(0-400000 Ohms SM_THRHI= 65320 / Thermistor high limit(0-400000 Ohms) SM_THRLO= 32210 / Thermistor low limit(0-400000 Ohms) COMMENT SM1, loop configuration TSM1_A = 1 / Thermistor in thermal loop(1=Use, 0=Dont Use) TSM2_A = 0 / Thermistor in thermal loop(1=Use, 0=Dont Use) SM1_HEAT= 2 / Heater(1=Only HSM1_A, 2=Only HSM2_A, 3=Both) COMMENT SM2, loop configuration TSM1_B = 0 / Thermistor in thermal loop(1=Use, 0=Dont Use) TSM2_B = 1 / Thermistor in thermal loop(1=Use, 0=Dont Use) SM2_HEAT= 3 / Heater(1=Only HSM1_B, 2=Only HSM2_B, 3=Both) COMMENT SM3, loop configuration TSM1_C = 1 / Thermistor in thermal loop(1=Use, 0=Dont Use) TSM2_C = 1 / Thermistor in thermal loop(1=Use, 0=Dont Use) SM3_HEAT= 1 / Heater(1=Only HSM1_C, 2=Only HSM2_C, 3=Both) COMMENT DC area parameters DC_RESLO= 12350 / Normal resistance lower limit(0-400000 Ohms) DC_RESUP= 64320 / Normal resistance upper limit(0-400000 Ohms) DC_DTON = 225 / Normal duty cycle ON(5-1275 sec) DC_DTOFF= 100 / Normal duty cycle OFF(5-1275 sec) DC_OGRLO= 23120 / Outgassing resistance lower limit(0-400000 Ohms DC_OGRUP= 56810 / Outgassing resistance upper limit(0-400000 Ohms DC_THRHI= 83250 / Thermistor high limit(0-400000 Ohms) DC_THRLO= 23230 / Thermistor low limit(0-400000 Ohms) COMMENT DC loop configuration TDC_A = 1 / Thermistor in thermal loop(1=Use,0=Dont use) TDC_B = 0 / Thermistor in thermal loop(1=Use,0=Dont use) TDC_C = 0 / Thermistor in thermal loop(1=Use,0=Dont use) COMMENT CF area parameters CF_RESLO= 44110 / Normal resistance lower limit(0-400000 Ohms) CF_RESUP= 95230 / Normal resistance upper limit(0-400000 Ohms) CF_DTON = 335 / Normal duty cycle ON(5-1275 sec) CF_DTOFF= 60 / Normal duty cycle OFF(5-1275 sec) CF_OGRLO= 23480 / Outgassing resistance lower limit(0-400000 Ohms CF_OGRUP= 87130 / Outgassing resistance upper limit(0-400000 Ohms CF_THRHI= 980 / Thermistor high limit(0-400000 Ohms) CF_THRLO= 440 / Thermistor low limit(0-400000 Ohms) COMMENT CF loop configuration TCF_A = 0 / Thermistor in thermal loop(1=Use,0=Dont use) TCF_B = 0 / Thermistor in thermal loop(1=Use,0=Dont use) TCF_C = 1 / Thermistor in thermal loop(1=Use,0=Dont use) COMMENT Optocoupler and Filter configuration T1_OC = 1 / Telescope1 OC power(1=OC_ON_A, 0=OC_ONARED) T2_OC = 1 / Telescope2 OC power(1=OC_ON_B, 0=OC_ONBRED) T3_OC = 0 / Telescope3 OC power(1=OC_ON_C, 0=OC_ONCRED) COMMENT Filter Motor F1_WIND = 0 / Filter_1 winding motor(1=Drive A, 0=Drive A RED F2_WIND = 1 / Filter_2 winding motor(1=Drive B, 0=Drive B RED F3_WIND = 1 / Filter_3 winding motor(1=Drive C 0=Drive C RED) COMMENT LVPS, HVPS configuration LVPS_5A = 1 / 1=5v_A 0=5v_B LVPS_15A= 1 / 1=15A_A 0=15A_B LVPS_5D = 1 / 1=5D_A 0=5D_B T1_HVPS = 0 / For telescope1(1=HVPS1_ON, 0=HVPS4_ON) T2_HVPS = 1 / For telescope2(1=HVPS3_ON, 0=HVPS6_ON) T3_HVPS = 0 / For telescope3(1=HVPS2_ON, 0=HVPS5_ON) ADC_SEL = 0 / ADC selection(1=ADC1, 0=ADC2) DAC1_LO = 125 / Low voltage limit for photons handling in AFE#1 DAC1_HI = 1245 / Hi voltage limit for photons handling in AFE#1 COMMENT oxffff means use default HW DAC limits DAC2_LO = 653 / DAC low limit for AFE#2 DAC2_HI = 712 / DAC high limit for AFE#2 COMMENT 0xffff means use default HW DAC limits DAC3_LO = 1236 / DAC low limit for AFE#3 DAC3_HI = 4423 / DAC high limit for AFE#3 COMMENT 0xffff means use default HW DAC limits COMMENT AFE relay cofiguration AFE1_15V= 0 / AFE1-15v pre-amp relay(1=CNTL01, 0=CNTL23) AFE1_5V = 1 / AFE1-5v relay (1=CNTL45, 0=CNTL67) AFE2_15V= 1 / AFE2-15v pre-amp relay(1=CNTL01, 0=CNTL23) AFE2_5V = 0 / AFE2-5v relay(1=CNTL45, 0=CNTL67) AFE3_15V= 0 / AFE3-15v pre-amp relay(1=CNTL01, 0=CNTL23) AFE3_5V = 1 / AFE3-5v relay(1=CNTL45, 0=CNTL67) HVPS1T1A= 43 / TBD HVPS4T1A= 24 / TBD HVPS3T2B= 87 / TBD HVPS6T2B= 23 / TBD HVPS2T3C= 34 / TBD HVPS5T3C= 76 / TBD COMMENT Filter wheel#1 opto-switch codes COMMENT Each filter code comprised of 4 bits, COMMENT each bit stands for an opto-switch, COMMENT the LSBit of each code is OC1, followed by COMMENT OC2, OC3, OC4 FW1_F1 = 6 / (0d)Led code for filter#1(0-15) FW1_F2 = 8 / (90d)Led code for filter#2(0-15) FW1_F3 = 11 / (180d)Led code for filter#3(0-15) FW1_F4 = 1 / (270d)Led code for filter#4(0-15) COMMENT Filter wheel_2 opto-switch codes FW2_F1 = 12 / (0d)Led code for filter_1(0-15) FW2_F2 = 7 / (90d)Led code for filter_2(0-15) FW2_F3 = 0 / (180d)Led code for filter_3(0-15) FW2_F4 = 9 / (270d)Led code for filter_4(0-15) COMMENT Filter wheel_3 opto-switch codes FW3_F1 = 3 / (0d)Led code for filter_1(0-15) FW3_F2 = 8 / (90d)Led code for filter_2(0-15) FW3_F3 = 15 / (180d)Led code for filter_3(0-15) FW3_F4 = 14 / (270d)Led code for filter_4(0-15) COMMENT -:Exception log with codes:- NEX_OCC = 15 / Number of exceptions occured NEX_REC = 3 / Number of exceptions recorded COMMENT ---Log for exception [1] --- EX1TIM = 576.0 / Time when exception occured in millis EX1GEN = 'EF_EXCP_A2D_FAIL' / (General Code = 3)EOC not detected EX1DTL = '0x05 EF_EXCP_EVNT_PKG' / Detailed code EX1DAT = 234 / Data of this exception(TBD) COMMENT ---Log for exception [2] --- EX2TIM = 960.0 / Time when exception occured in millis EX2GEN = 'EF_EXCP_OS_CALL_FAIL' / (General Code = 4)OS system call fail EX2DTL = '0x02 EF_EXCP_BIT_PKG' / Detailed code EX2DAT = 149 / Data of this exception(TBD) COMMENT ---Log for exception [3] --- EX3TIM = 1000.0 / Time when exception occured in millis EX3GEN = 'EF_EXCP_MSG4MODE' / (General Code = 8) EX3DTL = '0x04 EF_EXCP_DHM_PKG' / Detailed code EX3DAT = 245 / Data of this exception(TBD) COMMENT -:Event log with codes:- NEV_OCC = 8 / Number of events occured NEV_REC = 4 / Number of events recorded COMMENT ---Log for event [1] --- EV1TIM = 200.0 / Time when event occured in millis EV1GEN = 'E_EVNT_MSG_RCVD' / (Gen-1)Message received COMMENT Stop Imaging Command COMMENT Stop Parameters EV1F1T = 1 / Tele 1 Filter(0-Closed 1-Leave open) EV1F2T = 0 / Tele 2 Filter(0-Closed 1-Leave open) EV1F3T = 0 / Tele 3 Filter(0-Closed 1-Leave open) EV11HV = 0 / Tele 1 HVPS(0-Turn off 1-Leave on) EV12HV = 0 / Tele 2 HVPS(0-Turn off 1-Leave on) EV13HV = 0 / Tele 3 HVPS(0-Turn off 1-Leave on) COMMENT ---Log for event [2] --- EV2TIM = 264.0 / Time when event occured in millis EV2GEN = 'E_EVNT_MDP_IDLE' / (Gen-2)MDP from motion to idle COMMENT MDP angle, +91 deg = 28,574, 0 deg = 14,287 and -91 deg = 0 EV2MDP = 45 / (lsb=1/157 d) MDP Angle COMMENT GSAT status EV2HK = 1 / HK Mode(0-HK Mode, 1-HK Inhibited Mode) EV2MDF = 0 / MDP Motion Flag(0-Idle, 1-Motion) EV2PTW = 0 / Planned Thruster Warn(0-No warn, 1-Thruster war EV2SHU = 0 / Shutdown Warn(0-No Warn, 1-Shutdown Warn EV2TIW = 0 / Thruster Ignition Flag COMMENT (0-Not active, 1-Thruster Ignited, Reset after 256m COMMENT Telemetry request EV2TRQ = 1 / 0-Telemetry Not Reqiured, 5-Transmit Telemetry COMMENT This will reset every 65.536sec & zeroed on nxt GSAT update COMMENT Telemetry will be transmitted atleast 256msec after the req COMMENT ---Log for event [3] --- EV3TIM = 264.0 / Time when event occured in millis EV3GEN = 'E_EVNT_SHUTDOWN_RCVD' / (Gen-0X0A)Shut down request COMMENT MDP angle, +91 deg = 28,574, 0 deg = 14,287 and -91 deg = 0 EV3MDP = 90 / (lsb=1/157 d) MDP Angle COMMENT GSAT status EV3HK = 1 / HK Mode(0-HK Mode, 1-HK Inhibited Mode) EV3MDF = 0 / MDP Motion Flag(0-Idle, 1-Motion) EV3PTW = 0 / Planned Thruster Warn(0-No warn, 1-Thruster war EV3SHU = 0 / Shutdown Warn(0-No Warn, 1-Shutdown Warn EV3TIW = 0 / Thruster Ignition Flag COMMENT (0-Not active, 1-Thruster Ignited, Reset after 256m COMMENT Telemetry request EV3TRQ = 1 / 0-Telemetry Not Reqiured, 5-Transmit Telemetry COMMENT This will reset every 65.536sec & zeroed on nxt GSAT update COMMENT Telemetry will be transmitted atleast 256msec after the req COMMENT ---Log for event [4] --- EV4TIM = 896.0 / Time when event occured in millis EV4GEN = 'E_EVNT_OUT_OF_SHUTDOWN' / (Gen-0X0B)Abortion of shut down-NOT EV4DAT = 632 / Data of this event END Retrieved from "http://tauvex.iiap.res.in/tauwiki/index.php/Primary_Header" Views Article Discussion Edit History Personal tools Log in / create account Navigation Main Page TAUVEX UVIT UV Science Team Members Other links Recent changes Random page Help Search Toolbox What links here Related changes Upload file Special pages Printable version Permanent link This page was last modified 06:45, 16 October 2007. 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