SIMPLE  =                    T / file does conform to FITS standard
BITPIX  =                  -32 / number of bits per data pixel
NAXIS   =                    2 / number of data axes
NAXIS1  =                   64 / length of data axis 1
NAXIS2  =                    4 / length of data axis 2
EXTEND  =                    T / FITS dataset may contain extensions
TARGET  = 'ITOKAWA '           / Observation target
NBITPIX =                   32 / Number of bits per data pixel
PIXEL0  =               787.16 / Wavelength of pixel 0[nm]
WLENINT =                23.56 / Wavelength interval[nm]
PIXNUM  =                   64 / Number of pixel
BITSHIFT=                    0 / Bit shift of pixel data (0-4)
TIME    =           2419343353 / Data stacking end time[decimal]
HIST    = 'Pixel   '           / SW mode Hist (Pixel,Hist)
LIDAR   = 'Normal  '           / SW mode LIDAR (Normal,LIDAR)
FLASH   = 'Normal  '           / SW mode Flash (Normal,Flash)
RAW     = 'STACK   '           / SW mode RAW (STACK,RAW)
DEV     = 'ON      '           / SW deviation output (OFF,ON)
MAXMIN  = 'ON      '           / SW max/min output (OFF,ON)
SUBTDARK= 'YES     '           / Darkcurrent subtraction (YES,NO)
STACK   =                    9 / Number of stacked data (1-100000); Power of 2
POWER   = 'ON      '           / HW power on (ON,OFF)
CHOPPER = 'ON      '           / HW chopper on (ON,OFF)
TEC     = 'ON      '           / HW TEC on (ON,OFF)
LAMP    = 'OFF     '           / HW lamp on (ON,OFF)
LED     = 'OFF     '           / HW LED on (ON,OFF)
CHOPMODE= 'CHOP    '           / HW chopper mode (CLOSE,CHOP,OPEN)
TECTEMPV= 'CLOSE:-9.5 deg'     / HW TEC mode[V] (open;1.25,1.60,2.00,2.50)
TECTEMPC=                 -9.5 / HW TEC mode[C] (close;-19,-9.5,+1.0,+13)
LISGAIN =                 1.08 / Pre-amp gain (x1.08,x4.224,x9.076,x19.57)
LAMPGAIN=                   1. / Cal. lamp gain[V] (1.0,2.1,3.0,4.0)
INTEG   =                 25.6 / Integration time[msec] (0.256-65.24)
INTEGINT= 'Normal  '           / Integration  interval (Normal,Async)
FIFO    =                   12 / FIFO_R_CNT (0-255)
LIDARCNT=                   13 / LIDAR count (0-255)
OPTTAVE =            -5.714152 / Optical device temp. ave.[deg] (-61.41-91.63)
OPTTDEV =          0.001751518 / Optical device temp. std. deviation[deg] (0-)
OPTTMAX =            -5.704811 / Optical device temp. max[deg] (-61.41-91.63)
OPTTMIN =            -5.723494 / Optical device temp. min[deg] (-61.41-91.63)
TECTAVE =            -15.08219 / TEC temperature average[deg] (-54.63 - 46.24)
TECTDEV =         0.0007696096 / TEC temperature standard deviation[deg] (0-)
TECTMAX =             -15.0745 / TEC temperature max[deg] (-54.63-46.24)
TECTMIN =            -15.08681 / TEC temperature min[deg] (-54.63-46.24)
TECCAVE =            0.2118504 / TEC current average[A] (0-1.4603)
TECCDEV =          0.003231126 / TEC current standard deviation[A] (0-)
TECCMAX =            0.2132097 / TEC current max[A] (0-1.4603)
TECCMIN =              0.21009 / TEC current min[A] (0-1.4603)
CHOPCAVE=             43.07529 / Chopper current average[mA] (0-75.81)
CHOPCDEV=           0.08618296 / Chopper current standard deviation[mA] (0-)
CHOPCMAX=             43.15395 / Chopper current max[mA] (0-75.81)
CHOPCMIN=             42.94572 / Chopper current min[mA] (0-75.81)
LAMPAVE =             7.552083 / Lamp current average[mA] (0-105.34)
LAMPDEV =          0.006430041 / Lamp current standard deviation[mA] (0-)
LAMPMAX =             7.581018 / Lamp current max[mA] (0-105.34)
LAMPMIN =             7.529578 / Lamp current min[mA] (0-105.34)
LEDAVE  =            0.1733009 / LED current average[mA] (0-117.08)
LEDDEV  =          0.002233259 / LED current standard deviation[mA] (0-)
LEDMAX  =            0.1858072 / LED current max[mA] (0-117.08)
LEDMIN  =            0.1572215 / LED current min[mA] (0-117.08)
TI-START= '1/2419341218.132'   / Spacecraft time at observation start
TI-END  = '1/2419343353.000'   / Spacecraft time at observation end
UT-START= '2005-09-29T23:59:37'/ UTC at observation start
UT-END  = '2005-09-30T00:00:44'/ UTC at observation end
EXPTIME =             13.10720 / Total integration time[sec]
DATALVL =                  1.0 / Data level on NIRS spectral data
BINUNIT = 'Voltage '           / Unit of binary data
END