--- header unit 0: primary ---
SIMPLE = T / Fits standard
BITPIX = -32 / Bits per pixel
NAXIS = 1 / Number of axes
NAXIS1 = 2048 / Axis length
EXTEND = T / File may contain extensions
ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator
DATE = '2021-03-22T07:28:45' / Date FITS file was generated
IRAF-TLM = '2021-03-22T07:28:45' / Time of last modification
OBJECT = 'S22 MISZALSKI' / Name of the object observed
COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy
COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H
DCT_DATE = 'Mar 10 2006' / DCT release date
DCT_VER = 'r3_98' / DCT version number
DETECXE = 2048 / Last column of detector
DETECXS = 1 / First column of detector
DETECYE = 4102 / Last row of detector
DETECYS = 1 / First row of detector
FIRMVSYS = 'System: AAO2 CCD Controller System Controller V1.23 151104' / System
FIRMVSEQ = 'Sequencer: AAO2 CCD Controller Sequencer V1.3 161203' / Sequencer fir
DETECTOR = 'E2V2' / Detector name
XPIXSIZE = 15. / X Pixel size in microns
YPIXSIZE = 15. / Y Pixel size in microns
CONFIGID = 10 / Controller configuration Id
DETECTID = 2 / Controller detector Id
ABCKPLID = 5 / Analog backplane Id
VIDPBID = 6 / Video personality board Id
CLKPBID = 21 / Clock personality board Id
BRDID_1 = 65537 / Controller board #1 Id
BRDSN_1 = 63 / Controller board #1 serial #
BRDID_2 = 327681 / Controller board #2 Id
BRDSN_2 = 73 / Controller board #2 serial #
BRDID_3 = 131074 / Controller board #3 Id
BRDSN_3 = 83 / Controller board #3 serial #
BRDID_4 = 131074 / Controller board #4 Id
BRDSN_4 = 84 / Controller board #4 serial #
BRDID_5 = 196610 / Controller board #5 Id
BRDSN_5 = 93 / Controller board #5 serial #
BRDID_6 = 262146 / Controller board #6 Id
BRDSN_6 = 76 / Controller board #6 serial #
BRDID_7 = 458754 / Controller board #7 Id
BRDSN_7 = 100 / Controller board #7 serial #
BRDID_8 = 393217 / Controller board #8 Id
BRDSN_8 = 56 / Controller board #8 serial #
METHOD = 'CCD Charge shuffling technique' / Observing method
SPEED = 'NORMAL' / Readout speed
READAMP = 'RIGHT' / Readout amplifier
EXPOSED = 2040. / Exposure time (sec)
ELAPSED = 1800.6 / Elapsed time (seconds)
TOTALEXP = 1800. / Total exposure (seconds)
RO_GAIN = 1.848 / Readout amplifier (inverse) gain (e-/ADU)
RO_NOISE = 3.81 / Readout noise (electrons)
TELESCOP = 'Anglo-Australian Telescope' / Telescope Name
ALT_OBS = 1164 / Altitude of observatory in metres
LAT_OBS = -31.27704 / Observatory latitude in degrees
LONG_OBS = 149.0661 / Observatory longitude in degrees
RCT_VER = 'r3_60' / Run Control Task version number
RCT_DATE = '21-Nov-2007' / Run Control Task version date
RUNCMD = 'RUN' / Run command
RADECSYS = 'FK5' / FK5 reference system
EQUINOX = 2000. / J2000 equinox
INSTRUME = 'AAOMEGA-2dF' / Instrument in use
SPECTID = 'BL' / Spectrograph ID
SFILT1 = '' / Lower filter wheel position
SFILT2 = '' / Upper filter wheel position
TILTSPAT = -359.97168985 / Camera focus spatial (encoder)
TILTSPEC = 500.030665904 / Camera focus spectral (encoder)
PISTON = 437.019329496 / Camera focus piston (encoder)
GRATID = '580V' / Disperser ID
GRATTILT = 0.7 / Grating tilt to be symmetric (degree)
GRATLPMM = 581. / Disperser ruling (lines/mm)
ORDER = 1 / Spectrum order
DISPENC = -58731 / Disperser angle reading (encoder unit)
CAMENC = -470782 / Camera angle reading (encoder unit)
GRATANGL = 7.3145 / Disperser angle reading (degree)
CAMANGL = 16.0283563782537 / Camera angle reading (degree)
LAMBDAC = 4798.88982079685 / Central wavelength reading (Angstrom)
LAMBDAB = 4799.43911723506 / Optimal wavelength reading (Angstom)
DISPERS = 1.03318020417772 / Dispersion reading (Angstrom/pixel)
GRATANGR = 7.315443 / Requested disperser angle (degree)
CAMANGR = 16.032092 / Requested camera angle (degree)
LAMBDCR = 4800. / Requested central wavelength (Angstrom)
LAMBDBR = 4800. / Requested optimal wavelength (Angstrom)
TDFCTVER = 'r8_21' / 2dF Control Task Version
TDFCTDAT = '30-Nov-2007' / 2dF Control Task Version Date
AAOMOSFT = 1 / Indicates file generated by AAOmega software.
DUMMY = 0
HARTMANA = 'open' / Hartmann shutter A position
HARTMANB = 'open' / Hartmann shutter B position
SOURCE = 'plate 1' / Source slit
DICHROIC = 'X5700' / Dichroic name
SPECTEMP = 13.427734375 / Spectrograph temperature C
RUN = 32 / Run number
OBSNUM = 32 / Observation number
GRPNUM = 32 / Group Number
GRPMEM = 1 / Group member
GRPMAX = 0 / Group maximum
OBSTYPE = 'OBJECT' / Observation type
UTDATE = '2008:05:30' / UT date
EPOCH = 2008.41111228711 / Current Epoch, Years A.D.
UTSTART = '15:48:37' / UT start
UTEND = '16:20:41' / UT end
STSTART = '18:19:00' / ST start
STEND = '18:51:09' / ST end
UTMJD = 54616.6587628662 / Modified Julian Date (UTC)
TOPEND = '2DF' / Telescope top-end
AXIS = 'B' / Current optical axis
AXIS_X = -0.119999885559082 / Optical axis x (mm)
AXIS_Y = 0.259999811649323 / Optical axis y (mm)
TRACKING = 'TRACKING' / Telescope is tracking.
MEANRA = 270.362624912207 / 18 01 27.03
MEANDEC = -30.4278872996599 / -30 25 40.4
TEL_PA = 90.0670725027807 / Rotator position angle
HASTART = 4.24140697885936 / HA at start of run
ZDSTART = 3.73831223528564 / ZD at start of run
APPRA = 4.72123651431509 / Current apparent place position right ascension
APPDEC = -0.531089511672604 / Current apparent place position declination
WINDOW = 'AAOMEGA_2DF' / Observing window (file name)
CFG_FILE = 'Miszalski_S22_8-p1.sds' / 2dF fibre configuration filename
TDFCTEVT = '12' / 2dF Control Task Event
FLAPS = 'OPEN' / 2df Flap Status
HAEND = 12.2800873955581 / HA at end of run
ZDEND = 10.5707340370017 / ZD at end of run
WINDOXS1 = 1 / First column of window 1
WINDOXE1 = 2048 / Last column of window 1
WINDOYS1 = 1 / First row of window 1
WINDOYE1 = 4098 / Last row of window 1
WINDOXS2 = 2053 / First column of window 2
WINDOXE2 = 2074 / Last column of window 2
WINDOYS2 = 1 / First row of window 2
WINDOYE2 = 4098 / Last row of window 2
XEFFSIZE = 15. / Effective X pixel size in microns
YEFFSIZE = 15. / Effective Y pixel size in microns
FILEORIG = '/data/aatobs/OptDet_data/080530/ccd_1/30may10032.fits' / The filename
COMMENT The following items updated by LOG BOOK program
OBSERVER = '(SERVICE)'
SEEING = 2.2
CRVAL1 = 3732.14965820374 / Co-ordinate value of axis 1
CDELT1 = 1.037776855707E+00 / Co-ordinate increment along axis 1
CRPIX1 = 1. / Reference pixel along axis 1
CTYPE1 = 'LINEAR' / Label for axis 1
CUNIT1 = 'Angstroms' / Units for axis 2
CUNIT2 = '' / Units for axis 2
HISTORY GAUSS extracting using tram map RUN0030tlm.fits
HISTORY Divided by fibre flat field RUN0030red.fits
SCRUNCH = T / Has data been scrunched?
HISTORY Divided by fibre flat field RUN0030red.fits
HISTORY Throughput calibrating using sky lines
HISTORY Sky subtracting using sky fibres
HISTORY No telluric correction performed
2DFDRVER = '7.3' / Version of 2dfdr that created this file
HISTORY Combined frame based on RUN0032red.fits
HISTORY Combining with RUN0033red.fits
HISTORY Combined using FRAMES weighting
HISTORY Flux weights from magnitude offsets= 1.0000 0.1362
APNUM1 = '154 0 154.00 154.00 1.00 1.00'
DC-FLAG = 0
WCSDIM = 1
CD1_1 = 1.037776855707
LTM1_1 = 1.
WAT0_001 = 'system=equispec'
WAT1_001 = 'wtype=linear label=Wavelength units=angstroms units_display=Angstrom'
WAT1_002 = 's'