--- header unit 0: primary ---
SIMPLE = T / FITS STANDARD
BITPIX = 16 / Bits per pixel
NAXIS = 2 / Number of axis
NAXIS1 = 728 / Size of image - Xaxis
NAXIS2 = 256 / Size of image - Yaxis
BSCALE = 1
BZERO = 32768 / zero def of pixel (for unsigned short)
IMAGE = '' / ##### IMAGE SPECIFICATIONS
BIASSEC = '[1:64,1:256]' / Overscan Coord., in Image System
TRIMSEC = '[473:728,1:256]' / Data Coord., in Image System (1st Sub-Image)
DATASEC = '[473:728,1:256]' / Data Coord., in Image System (1st Sub-Image)
CCDSEC = '[409:664,389:644]' / Image Data Coord., in CCD System
CORNER1X = -64 / Coord in binned CCD system, Low Left Corner col
CORNER1Y = 388 / Coord in binned CCD system, Low Left Corner row
CORNER2X = 663 / Coord in binned CCD system, Up Right Corner col
CORNER2Y = 643 / Coord in binned CCD system, Up Right Corner row
OPAMP = 'RIGHT' / Read out chain Left, right, both
GAIN = '1.10' / [electrons/ADU] Estimated amplifier gain
RDNOISE = '8.00' / [electrons] Estimated CCD readout noise
FILTER = 'CLEAR' / Filters in the beam
WAVELENG = 6000 / [Angstrom] Central wavelength of the filter
BANDPASS = '4000,9000' / [Angstrom] Approximate bandpass of the filter
XBINNING = 1 / Binning X direction
YBINNING = 1 / Binning Y direction
COMPR_AL = 'COMPRESSED' / Compression or not of image data
COMP_SET = '1' / Compression setting (if applicable)
N_SUBIMG = 0 / Number of subimages (0 - 10)
OVERSCAN = 1 / Overscan present (0=No 1=Yes)
CREATOR = 'NEOSSat' / Origin of Fits file
TELESCOP = 'NEOSSat' / NEOSSat
SHUTTER = '0 (open)' / Shutter status (0 = open, 1 = closed)
SHUT_AGE = -9360.6 / [s] Shutter state age
DETECTOR = 'NEOSSat_Science' / Which detector being used(Sci vs ST)
TIMING = '' / ##### TIMING_SPECIFICATIONS
TIMESYS = 'UTC' / Time scale specification
EXPOSURE = 5.1019 / [s] Actual Length of exposure
AEXPTIME = 5.1019 / [s] Actual Length of exposure
REXPTIME = 5.1000 / [s] Req. Length of exposure
DATE-OBS = '2020-12-20T03:03:56.566' / Date of observation
TIME-OBS = '2020-12-20T03:03:56.566' / Actual start time of observation
JD-OBS = '2459203.62773803' / Date of Obs (JD2000)
R_EXP_S = '2020-12-20T03:03:56.566' / Requested exposure start time
A_EXP_S = '2020-12-20T03:03:56.566' / Actual exposure start time
LEN_FLU = 0.0376 / [s] Length of Flush
LEN_TRAN = 0.0188 / [s] Length of Frame Transfer
LEN_READ = 1.8356 / [s] Length of frame transfer and readout
LEN_PROC = 0.0013 / [s] Length of post processing
LENDELAY = 5.4651 / [s] Length of delay betw. cmd exe & CCD flush
LEN_SAVE = 1.6644 / [s] Length of image save to onboard FLASH
POINTING = '' / ##### POINTING_SPECIFICATIONS
EQUINOX = 2000.00 / Equatorial coordinates are J2000
MODE = '16 - FINE_POINT' / Satellite pointing state
MODETIME = -1205.635 / [s] Time since satellite state started
CMD = 'RA=1.194 DEC=-0.907 ROLL=-0.140' / [rad] Commanded pointing
CMDRA = '04 33 39.6' / [hrs min sec] Commanded RA
CMDDEC = '-51 57 39.6' / [degrees min sec] Commanded DEC
CMDROL = -8.00000 / [deg] Commanded Roll
CMDQ0 = -0.2975358963 / Commanded quaternion[0]/B
CMDQ1 = 0.3261470795 / Commanded quaternion[1]/C
CMDQ2 = 0.5294188261 / Commanded quaternion[2]/D
CMDQ3 = 0.7244419780 / Commanded quaternion[3]/A
RA = '04:33:39.5' / [hrs:min:sec] Actual RA at start of exposure
DEC = '-51:57:41.8' / [degrees:min:sec] Actual Dec at start of exp.
OBJCTRA = '04 33 39.5' / [hrs min sec] Actual RA at start of exposure
OBJCTDEC = '-51 57 41.8' / [degrees min sec] Actual Dec at start of exp.
OBJCTROL = -8.00257 / [deg] Actual Roll at start of exposure
ELA_MIN = 68.46942 / [deg] Minimum Earth Limb angle
ELA_MAX = 68.64632 / [deg] Maximum Earth Limb angle
ELA_ANG = 68.46942 / [deg] Earth Limb angle (Minimum used)
SUN_MIN = 102.56030 / [deg] Minimum Sun angle
SUN_MAX = 102.56047 / [deg] Maximum Sun angle
HIST_NB = 27 / Number of ACS history points
DELT_000 = -0.034 / [s] ACS hist.: Delta wrt start of exposure
DEV_000 = '0.0 0.0 0.0' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_000 = '-0.000006 0.000000 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_001 = 0.166 / [s] ACS hist.: Delta wrt start of exposure
DEV_001 = '0.2 -0.0 0.0' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_001 = '-0.000006 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_002 = 0.366 / [s] ACS hist.: Delta wrt start of exposure
DEV_002 = '0.8 -0.0 0.0' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_002 = '-0.000006 -0.000000 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_003 = 0.566 / [s] ACS hist.: Delta wrt start of exposure
DEV_003 = '0.6 -0.1 -0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_003 = '-0.000004 -0.000001 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_004 = 0.766 / [s] ACS hist.: Delta wrt start of exposure
DEV_004 = '1.2 -0.1 -0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_004 = '-0.000003 -0.000000 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_005 = 0.965 / [s] ACS hist.: Delta wrt start of exposure
DEV_005 = '1.4 -0.2 -0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_005 = '-0.000002 -0.000000 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_006 = 1.166 / [s] ACS hist.: Delta wrt start of exposure
DEV_006 = '0.9 -0.2 -0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_006 = '-0.000002 -0.000000 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_007 = 1.365 / [s] ACS hist.: Delta wrt start of exposure
DEV_007 = '1.4 -0.2 -0.0' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_007 = '-0.000001 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_008 = 1.566 / [s] ACS hist.: Delta wrt start of exposure
DEV_008 = '0.8 -0.2 -0.0' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_008 = '-0.000002 -0.000000 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_009 = 1.765 / [s] ACS hist.: Delta wrt start of exposure
DEV_009 = '-0.9 -0.1 0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_009 = '-0.000003 0.000000 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_010 = 1.965 / [s] ACS hist.: Delta wrt start of exposure
DEV_010 = '-0.1 -0.1 0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_010 = '-0.000002 0.000001 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_011 = 2.165 / [s] ACS hist.: Delta wrt start of exposure
DEV_011 = '1.0 -0.0 0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_011 = '-0.000000 0.000001 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_012 = 2.365 / [s] ACS hist.: Delta wrt start of exposure
DEV_012 = '1.6 0.0 0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_012 = '-0.000001 0.000001 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_013 = 2.566 / [s] ACS hist.: Delta wrt start of exposure
DEV_013 = '2.3 0.0 0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_013 = '0.000000 0.000001 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_014 = 2.766 / [s] ACS hist.: Delta wrt start of exposure
DEV_014 = '1.7 -0.2 0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_014 = '0.000002 0.000000 0.000000' / [rad/s]X Y Z Body Frame Velocity
DELT_015 = 2.966 / [s] ACS hist.: Delta wrt start of exposure
DEV_015 = '1.8 -0.2 0.1' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_015 = '0.000001 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_016 = 3.165 / [s] ACS hist.: Delta wrt start of exposure
DEV_016 = '1.1 -0.2 0.2' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_016 = '0.000001 0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_017 = 3.365 / [s] ACS hist.: Delta wrt start of exposure
DEV_017 = '1.1 -0.2 0.2' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_017 = '0.000000 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_018 = 3.566 / [s] ACS hist.: Delta wrt start of exposure
DEV_018 = '1.9 -0.2 0.2' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_018 = '0.000001 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_019 = 3.766 / [s] ACS hist.: Delta wrt start of exposure
DEV_019 = '2.8 -0.3 0.3' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_019 = '0.000003 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_020 = 3.966 / [s] ACS hist.: Delta wrt start of exposure
DEV_020 = '2.3 -0.2 0.3' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_020 = '0.000003 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_021 = 4.166 / [s] ACS hist.: Delta wrt start of exposure
DEV_021 = '-2.6 -0.4 0.4' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_021 = '-0.000000 -0.000001 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_022 = 4.365 / [s] ACS hist.: Delta wrt start of exposure
DEV_022 = '-2.6 -0.4 0.5' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_022 = '-0.000000 -0.000001 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_023 = 4.565 / [s] ACS hist.: Delta wrt start of exposure
DEV_023 = '-3.3 -0.5 0.5' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_023 = '-0.000000 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_024 = 4.766 / [s] ACS hist.: Delta wrt start of exposure
DEV_024 = '-3.6 -0.5 0.6' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_024 = '-0.000001 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_025 = 4.965 / [s] ACS hist.: Delta wrt start of exposure
DEV_025 = '-3.8 -0.5 0.6' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_025 = '-0.000001 -0.000001 0.000001' / [rad/s]X Y Z Body Frame Velocity
DELT_026 = 5.166 / [s] ACS hist.: Delta wrt start of exposure
DEV_026 = '-4.0 -0.5 0.6' / [arcsec]X Y Z Body Dev relative to start exposu
VEL_026 = '-0.000000 -0.000000 0.000001' / [rad/s]X Y Z Body Frame Velocity
AVG_VEL = 0.465 / [arcsec/s] Average body frame angular slew vel.
RA_VEL = -0.0000041 / [hr/s] Average angular slew vel. in RA over exp
DEC_VEL = -0.0000231 / [deg/s] Average angular slew vel. in Dec over e
ROL_VEL = 0.0001657 / [deg/s] Average angular slew vel. in Roll over
ENVIRO = '' / ##### ENVIRONMENT_DATA
TEMP_CCD = 243.459 / [K] CCD Temperature
CCD-TEMP = -29.691 / [C] CCD Temperature
CCDT_NB = 30 / Number of CCD temperature samples
CCDT_000 = '-41.602 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_001 = '-40.576 243.7 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_002 = '-39.604 243.6 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_003 = '-38.603 243.5 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_004 = '-37.603 243.5 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_005 = '-35.405 243.5 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_006 = '-31.201 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_007 = '-30.203 243.5 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_008 = '-29.203 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_009 = '-28.201 243.7 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_010 = '-27.204 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_011 = '-24.807 243.7 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_012 = '-20.803 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_013 = '-19.777 243.6 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_014 = '-18.803 243.6 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_015 = '-17.801 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_016 = '-16.803 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_017 = '-14.205 243.3 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_018 = '-10.400 243.7 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX stat
CCDT_019 = '-9.403 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_020 = '-8.403 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_021 = '-7.403 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_022 = '-6.404 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_023 = '-3.603 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_024 = '1.022 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_025 = '1.996 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_026 = '2.997 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_027 = '3.997 243.7 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_028 = '4.997 243.4 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
CCDT_029 = '6.993 243.3 OFF OFF' / [s K TX- TX+] CCD temp from expos. & TX state
TEMP_ROE = 301.504 / [K] Read out Electronics Temp
TEMP_AMP = 279.286 / [K] Pre Amp Electronics Temp
TEMP_PLD = 273.150 / [K] PLD Electronics Temp
P28V = 32.816 / [V] 28V
P24V = 25.172 / [V] 24V
P12V = 12.808 / [V] 12V
N12V = -12.301 / [V] -12V
P10V = 11.254 / [V] 10V
N10V = -11.416 / [V] -10V
P5V = 4.934 / [V] 5V
N5V = -5.008 / [V] -5V
P5VD = 4.961 / [V] diff 5V
P3V3D = 3.303 / [V] 3.3v
VTG = 2.480 / [V]
CCDBIAS0 = 4.7485 / [V] CCD Clk - IMG_L_BIAS
CCDBIAS1 = 4.7485 / [V] CCD Clk - IMG_R_BIAS
CCDBIAS2 = 20.5002 / [V] CCD Clk - ODR
CCDBIAS3 = 20.5002 / [V] CCD Clk - ODL
CCDBIAS4 = 7.5012 / [V] CCD Clk - RDR
CCDBIAS5 = 7.5012 / [V] CCD Clk - RDL
CCDBIAS6 = -8.0009 / [V] CCD Clk - OG
CCDBIAS7 = -8.0009 / [V] CCD Clk - ABG
CCDCLK00 = -0.0000 / [V] CCD Clk - IPC-
CCDCLK01 = 4.0009 / [V] CCD Clk - IPC+
CCDCLK02 = -10.5014 / [V] CCD Clk - RG-
CCDCLK03 = 1.5015 / [V] CCD Clk - RG+
CCDCLK04 = -9.4994 / [V] CCD Clk - S- R1L/R2L/R3L
CCDCLK05 = 1.0010 / [V] CCD Clk - S+ R1R/R2R/R3R
CCDCLK06 = -10.5014 / [V] CCD Clk - DG-
CCDCLK07 = 1.0010 / [V] CCD Clk - DG+
CCDCLK08 = -0.0000 / [V] CCD Clk - TG-
CCDCLK09 = 2.9999 / [V] CCD Clk - TG+
CCDCLK10 = -10.5014 / [V] CCD Clk - P1- ST1-/IM1-
CCDCLK11 = 4.0009 / [V] CCD Clk - P1+ ST1+/IM1+
CCDCLK12 = -10.5014 / [V] CCD Clk - P2- ST2-/IM2-
CCDCLK13 = 4.0009 / [V] CCD Clk - P2+ ST2+/IM2+
CCDCLK14 = -10.5014 / [V] CCD Clk - P3- ST3-/IM3-
CCDCLK15 = 4.0009 / [V] CCD Clk - P3+ ST3+/IM3+
MPS = '' / ##### MPS_SECTION
OBJECT = 'TOI-270b' / Prime object name (MPS)
OBSERVER = 'ASTRO' / ASTRO || HEOSS || NESS (MPS)
INTENT = 'SCIENCE' / Intent of the object (CALIBRATION || SCIENCE)
INSTRUME = 'NEOSSat_Science' / Instrument used (ScienceCCD || StarTrackerCCD)
TARGTYPE = 'OBJECT' / Target type (FIELD || OBJECT)
PROP_ID = 'C2P005' / Proposal ID
PI_NAME = 'J.ROWE' / Principle Investigator
TITLE = 'NEOSSAT_OBSERVATIONS_OF_TRANSITING_EXOPLANETS_SURVEY' / Title of the
MOVING = 'F' / Flag, whether the target is moving or not
M1 = '' / Future Use (MPS)
M2 = 'FINE_TLM_3' / State Vector Solution Status
EPOS1_1 = -3724.0769 / ECEF Position at Exp start, X-component (km)
EPOS1_2 = -4943.5053 / ECEF Position at Exp start, Y-Component (km)
EPOS1_3 = -3608.5036 / ECEF Position at Exp start, Z-Component (km)
EPOS2_1 = -3721.8988 / ECEF Position at Exp middle, X-component (km)
EPOS2_2 = -4933.3311 / ECEF Position at Exp middle, Y-component (km)
EPOS2_3 = -3624.6954 / ECEF Position at Exp middle, Z-component (km)
EPOS3_1 = -3719.6949 / ECEF Position at Exp end, X-component (km)
EPOS3_2 = -4923.1261 / ECEF Position at Exp end, Y-component (km)
EPOS3_3 = -3640.8627 / ECEF Position at Exp end, Z-component (km)
JPOS1_1 = 6123.4064 / J2000 Position at Exp start, X-component (km)
JPOS1_2 = 849.7672 / J2000 Position at Exp start, Y-component (km)
JPOS1_3 = -3620.7845 / J2000 Position at Exp start, Z-component (km)
JVEL1_1 = -3.4932 / J2000 Velocity at Exp start, X-component (km/s)
JVEL1_2 = -1.7620 / J2000 Velocity at Exp start, Y-component (km/s)
JVEL1_3 = -6.3455 / J2000 Velocity at Exp start, Z-component (km/s)
JPOS2_1 = 6114.4709 / J2000 Position at Exp middle, X-component (km)
JPOS2_2 = 845.2696 / J2000 Position at Exp middle, Y-component (km)
JPOS2_3 = -3636.9585 / J2000 Position at Exp middle, Z-component (km)
JVEL2_1 = -3.5101 / J2000 Velocity at Exp middle, X-component (km/s
JVEL2_2 = -1.7643 / J2000 Velocity at Exp middle, Y-component (km/s
JVEL2_3 = -6.3354 / J2000 Velocity at Exp middle, Z-component (km/s
JPOS3_1 = 6105.4975 / J2000 Position at Exp end, X-component (km)
JPOS3_2 = 840.7654 / J2000 Position at Exp end, Y-component (km)
JPOS3_3 = -3653.1078 / J2000 Position at Exp end, Z-component (km)
JVEL3_1 = -3.5270 / J2000 Velocity at Exp end, X-component (km/s)
JVEL3_2 = -1.7667 / J2000 Velocity at Exp end, Y-component (km/s)
JVEL3_3 = -6.3253 / J2000 Velocity at Exp end, Z-component (km/s)
EVEL3_1 = 0.8706 / ECEF Velocity at Exp end, X-component (km/s)
EVEL3_2 = 4.0076 / ECEF Velocity at Exp end, Y-component (km/s)
EVEL3_3 = -6.3324 / ECEF Velocity at Exp end, Z-component (km/s)
EVEL2_1 = 0.8588 / ECEF Velocity at Exp middle, X-component (km/s)
EVEL2_2 = 3.9943 / ECEF Velocity at Exp middle, Y-component (km/s)
EVEL2_3 = -6.3424 / ECEF Velocity at Exp middle, Z-component (km/s)
EVEL1_1 = 0.8471 / ECEF Velocity at Exp start, X-component (km/s)
EVEL1_2 = 3.9811 / ECEF Velocity at Exp start, Y-component (km/s)
EVEL1_3 = -6.3524 / ECEF Velocity at Exp start, Z-component (km/s)
WCS = '' / ##### WORLD COORDINATE SYSTEM
WCSNAME = 'celestial' / Est. based on spacecraft attitude determination
WCSAXES = 2 / Number of axes in WCS
CRPIX1 = 606 / Reference pixel X coordinate, in Image System
CRPIX2 = 121 / Reference pixel Y coordinate, in Image System
CTYPE1 = 'RA---TAN' / Type of world coordinate system axes
CTYPE2 = 'DEC--TAN' / Type of world coordinate system axes
CUNIT1 = 'degrees' / Coordinate system units
CUNIT2 = 'degrees' / Coordinate system units
CDELT1 = 0.00083250 / [deg/pixel] Pixel size (3"/pixel unbinned)
CDELT2 = 0.00083250 / [deg/pixel] Pixel size (3"/pixel unbinned)
CRVAL1 = 68.41454368 / [deg] Right Ascension of reference pixel
CRVAL2 = -51.96161607 / [deg] Declination of reference pixel
CROTA2 = -98.00257 / [deg] Rotation angle between axes
CD1_1 = -0.00011590 / WCS CD matrix: RA deg/pixel in x
CD1_2 = 0.00082439 / WCS CD matrix: RA deg/pixel in y
CD2_1 = -0.00082439 / WCS CD matrix: DEC deg/pixel in x
CD2_2 = -0.00011590 / WCS CD matrix: DEC deg/pixel in y
DIAG = '' / ##### DIAGNOSTIC
ROE_SW = 'NEOSSat ROE FSW 7.7.0 Jun  1 2020 19:28:09' / ROE software version
S921_SW = 'NEOSSat C&DH (S921) FSW Jan 23 2020 17:05:5' / S921 software version
CONV_SW = 'JNEOFITS' / FITS conversion software
CONV_VER = '3.02' / FITS conversion software version
TMFILE0 = 'NEOS_20203560159P.DC1' / Source dump telemetry filename
RUNID = '2020-12-21T05:32:41' / Timestamp of the processing run
META_TLM = 'OK' / Image telemetry meta data
META_TIM = 'OK' / Image timing meta data
META_ACS = 'OK' / Image ACS history meta data
META_CCD = 'OK' / Image CCD history meta data
META_VLT = 'OK' / Image voltages meta data
META_FSW = 'OK' / Image firmware version meta data
META_RDL = 'OK' / Image RD List meta data
IMGSTATE = 'COMPLETE' / Is image data complete?
IMG_PERC = 100.00 / [%]Percentage of completion of the image
NB_0_PIX = 0 / Number of pixel equel exactly to 0 in image
FRM_SEQ = '10 ANOMALY' / Transfer Frames VC sequence check
PKT_SEQ = '10 ANOMALY' / Source Packets Sequence check
EXTEND = T / Extension HDUs exist
--- header unit 1: binary table ---
XTENSION = 'BINTABLE' / Raw DAC Voltages Binary Table
BITPIX = 8 / Manditory for BINTABLE
NAXIS = 2 / Manditory for BINTABLE
NAXIS1 = 14 / Bytes per row
NAXIS2 = 24 / Rows in table
PCOUNT = 0 / Mandatory for BINTABLE
GCOUNT = 1 / Mandatory for BINTABLE
TFIELDS = 2 / Fields per row
EXTNAME = 'RawVolt' / Extension name
TFORM1 = '12A' / 12 characters
TTYPE1 = 'item_name' / Item name
TDISP1 = 'A12' / Suggested column display
TFORM2 = '1I' / 16-bit integer
TZERO2 = 32768 / 16-bit unsigned integer
TUNIT2 = 'adu' / 16-bit unsigned integer
TTYPE2 = 'Raw_Value' / Raw values
TDISP2 = 'I5' / Suggested column display
--- header unit 2: binary table ---
XTENSION = 'BINTABLE' / ACS History Binary Table
BITPIX = 8 / Mandatory for BINTABLE
NAXIS = 2 / Mandatory for BINTABLE
NAXIS1 = 61 / Bytes per row
NAXIS2 = 27 / Rows in table
PCOUNT = 0 / Mandatory for BINTABLE
GCOUNT = 1 / Mandatory for BINTABLE
TFIELDS = 10 / Fields per row
EXTNAME = 'ACS_History' / Extension name
TFORM1 = '1E' / 32-bit floating point
TTYPE1 = 'Elapsed' / Time from exposure start
TUNIT1 = 's' / Time value units
TDISP1 = 'F8.3' / Suggested column display
TFORM2 = '19A' / 19 characters
TTYPE2 = 'ACS_State' / Attitude control state
TDISP2 = 'A19' / Suggested column display
TFORM3 = '10A' / 10 characters
TTYPE3 = 'Shutter_State' / Shutter state
TDISP3 = 'A10' / Suggested column display
TFORM4 = '1E' / 32-bit floating point
TTYPE4 = 'qEst_0' / Estimated q0
TUNIT4 = '' / Value units
TDISP4 = 'F8.3' / Suggested column display
TFORM5 = '1E' / 32-bit floating point
TTYPE5 = 'qEst_1' / Estimated q1
TUNIT5 = '' / Value units
TDISP5 = 'F8.3' / Suggested column display
TFORM6 = '1E' / 32-bit floating point
TTYPE6 = 'qEst_2' / Estimated q2
TUNIT6 = '' / Value units
TDISP6 = 'F8.3' / Suggested column display
TFORM7 = '1E' / 32-bit floating point
TTYPE7 = 'qEst_3' / Estimated q3
TUNIT7 = '' / Value units
TDISP7 = 'F8.3' / Suggested column display
TFORM8 = '1E' / 32-bit floating point
TTYPE8 = 'wEst_0' / Estimated w0
TUNIT8 = '' / Value units
TDISP8 = 'F8.3' / Suggested column display
TFORM9 = '1E' / 32-bit floating point
TTYPE9 = 'wEst_1' / Estimated w1
TUNIT9 = '' / Value units
TDISP9 = 'F8.3' / Suggested column display
TFORM10 = '1E' / 32-bit floating point
TTYPE10 = 'wEst_2' / Estimated w2
TUNIT10 = '' / Value units
TDISP10 = 'F8.3' / Suggested column display
--- header unit 3: binary table ---
XTENSION = 'BINTABLE' / RDList Binary Table
BITPIX = 8 / Mandatory for BINTABLE
NAXIS = 2 / Mandatory for BINTABLE
NAXIS1 = 6 / Bytes per row
NAXIS2 = 7 / Rows in table
PCOUNT = 0 / Mandatory for BINTABLE
GCOUNT = 1 / Mandatory for BINTABLE
TFIELDS = 3 / Fields per row
EXTNAME = 'Image_RDList' / Extension name
TFORM1 = '1I' / 16-bit integer
TZERO1 = 32768 / 16-bit unsigned integer
TTYPE1 = 'A' / number of item then 'A'
TFORM2 = '1I' / 16-bit integer
TZERO2 = 32768 / 16-bit unsigned integer
TTYPE2 = 'B' / opamp then 'B'
TFORM3 = '1I' / 16-bit integer
TZERO3 = 32768 / 16-bit unsigned integer
TTYPE3 = 'C' / gain then C
--- header unit 4: binary table ---
XTENSION = 'BINTABLE' / CCD History Binary Table
BITPIX = 8 / Mandatory for BINTABLE
NAXIS = 2 / Mandatory for BINTABLE
NAXIS1 = 8 / Bytes per row
NAXIS2 = 30 / Rows in table
PCOUNT = 0 / Mandatory for BINTABLE
GCOUNT = 1 / Mandatory for BINTABLE
TFIELDS = 4 / Fields per row
EXTNAME = 'CCD_History' / Extension name
TFORM1 = '1E' / 32-bit floating point
TTYPE1 = 'Elapsed' / Time from exposure start
TUNIT1 = 's' / Time value units
TDISP1 = 'F8.3' / Suggested column display
TFORM2 = '1I' / 16-bit integer
TZERO2 = 32768 / 16-bit unsigned integer
TUNIT2 = 'adu' / 16-bit unsigned integer
TTYPE2 = 'Raw_Temp' / Raw temperature sensor
TDISP2 = 'I5' / Suggested column display
TFORM3 = '1B' / Unsigned byte
TTYPE3 = 'TX_MY' / Minus Y transmitter status
TUNIT3 = 'flag' / 0=OFF, 1=ON
TDISP3 = 'I1' / Suggested column display
TFORM4 = '1B' / Unsigned byte
TTYPE4 = 'TX_PY' / Plus Y transmitter status
TUNIT4 = 'flag' / 0=OFF, 1=ON
TDISP4 = 'I1' / Suggested column display
--- header unit 5: binary table ---
XTENSION = 'BINTABLE' / Raw DAC Telemetry Binary Table
BITPIX = 8 / Manditory for BINTABLE
NAXIS = 2 / Manditory for BINTABLE
NAXIS1 = 14 / Bytes per row
NAXIS2 = 15 / Rows in table
PCOUNT = 0 / Mandatory for BINTABLE
GCOUNT = 1 / Mandatory for BINTABLE
TFIELDS = 2 / Fields per row
EXTNAME = 'RawTlm' / Extension name
TFORM1 = '12A' / 12 characters
TTYPE1 = 'item_name' / Item name
TDISP1 = 'A12' / Suggested column display
TFORM2 = '1I' / 16-bit integer
TZERO2 = 32768 / 16-bit unsigned integer
TUNIT2 = 'adu' / 16-bit unsigned integer
TTYPE2 = 'Raw_Value' / Raw values
TDISP2 = 'I5' / Suggested column display