ADP Parameters ============= RCCD word 3 bit 3 1: enable RAS 0: disable RAS SCCD0 word 3 bit 0 1: enable SAS 10 SCCD1 word 3 bit 1 1: enable SAS 11 SCCD2 word 3 bit 2 1: enable SAS 12 SASIM word 14 bit 1 1 enable SAS images (10bits/pixel) SASLI word 14 bit 0 1 enable SAS limbs (10bits/pixel) SASIM8 word 14 bit 9 1 enable SAS images (8bits/pixel) SASLI8 word 14 bit 8 1 enable SAS limbs (8bits/pixel) SASSEC word 14 bit 10 0 all pixels are taken 1 take every second pixel (by SW; odd or even?) RASSIM word 14 bit 7 0 no RAS spatial summed images 1 write RAS spatial summed images (APP-ID=261) RASIM word 14 bit 3 1 enable RAS images RASEV word 14 bit 2 1 enable RAS events RASETYP word 14 bit 4 0 simple RAS events 1 matrix RAS events, with previous an following pixel values (needs RASEV to be enabled) RASNTYP word 14 bit 15 0 'old' event type 1 n-pixel event type written to tele packets (needs RASEV to be enabled, and RASETYP for matrix events) ADPTEST word 14 bits 6-5 bit5: ADP ramp test mode bit6: fixed pattern (AAAA-5555) IOWAIT word 14 bit 14 include additional 50ns I/O wait state 0: fast I/O reading ( 50ns, 0 to 30 degrees) 1: slow I/O reading (100ns, 10 to 60 degrees) PTID word 0 bit 0-13 identification number of ADP parameter table SAS Parameters ============== SCAD word 9 bits 12-15 1: 8 Hz 9: 16 Hz 13: 32 Hz 15: 64 Hz x: 128 Hz SCADDIV word 5 bit 15 0: 8-64 Hz 1: 128 Hz SFIRST word 9 bits 8-11 0: ignore first 15 pixels (or 16) 2: ingore 13 pixels (best value for FM) 7: ignore 8 pixels 15: ignore 0 pixel (or 1?), use for communication test SRD1DEL word 13 bits 0-7 SAS pre-read delay 140: required value for FM corresponding to 20.4us between end of pre-read and start SAS0M word 10 bit 0 define SAS 10 first level mode 0 normal mode, 1mv/channel 1 high resolution mode, 0.5mV/channel 2 signal, 2mV/channel 3 offset, 2mV/channel 4 LED, 1mV/channel 5 LED 50%, 1mV/channel 6 communication test 7 normal mode, running average SAS1M word 10 bit 1 define SAS 11 first level mode SAS2M word 10 bit 2 define SAS 12 first level mode LIMBLIM word 5 bit 14 1 enable 3ff-limb suppression CCD0IT word 4 bits 0-7 SAS 10 integration time CCD1IT word 4 bits 8-15 SAS 11 integration time CCD2IT word 5 bits 0-7 SAS 12 integration time CCD0TL word 6 bits 0-9 SAS 10 trigger level (not inverted) (in channels of the according 10 bit resolution) CCD1TL word 7 bits 0-9 SAS 11 trigger level CCD2TL word 8 bits 0-9 SAS 12 trigger level SLNPI word15 bits 8-15 no of limb pixels below threshold (for 8bit limbs: SLNPI+SLNPK must be even) SLNPK word 15 bits 0-7 no of limb pixels above or equal threshold (for 8bit limbs: SLNPI+SLNPK must be even) SLRAENA word 25 bit 15 1 enable SAS image taking by ratio SLRATIO word 25 bits 0-14 SAS limb/image ratio limbs are generated according to SCAD images are generated with a frequency of SCAD/2/(SLRATIO & 2^15-1) example: RATIO=2 means taking every 4th image MISEPEN word 20 bits 15 enable SAS minimum limb separation MISEPNO word 20 bits 0-10 no of SAS minimum limb separation SFD word 24 bits 8-15 SFD*4 number of SAS frames to be disgarded after ADP run LNLHWEN word 23 bit 15 0 all limbs are processed (no more than HW limit, which is 480) 1 LNLSWEN is checked LNLSWEN word 23 bit 14 This flag is only checked if LNLHWEN is enabled. 0 if less than SLNL triggers: all limbs are processed else no limb is processed 1 if less than SLNL triggers: all limbs are processed else the first SLNL triggers are processed SLNL word 23 bits 0-8 max number of processed limbs See LNLHWEN and LNLSWEN for use of this number. ((should be smaller than ???)) ACS10EN word 27 bit 13 1: enable SAS 10 for ACS code ACS11EN word 27 bit 14 1: enable SAS 11 for ACS code ACS12EN word 27 bit 15 1: enable SAS 12 for ACS code ACS10 word 27 bits 0-10 shift of mid-limb position for SAS 10 in pixels ACS11 word 28 bits 0-10 shift of mid-limb position for SAS 11 in pixels ACS12 word 29 bits 0-10 shift of mid-limb position for SAS 12 in pixels RAS-Parameters ============== RCAD word 9 bit 0-7 int.time=(256-RCAD)*256 bms (binary micro seconds) RFIRST word 9 bits 8-11 RAS first pixel 15: no pixels from Sensor ignored, use for communication test 14: 1 pixel from Sensor ignored 11: 4 pixels ignored (best value for FM) .. 0: 15 pixels from Sensor ignored RASM word 10 bit 3 define RAS first level mode: 0 98 lines binning, (?? default 1V ES threshold) 1 48 lines binning, (?? default 1V ES threshold) 2 increment ES threshold counter 3 8 lines binning (for fast reading) 4 LED 5 signal 6 offset 7 communication test, reset ES threshold counter RTSUM word 10 bit 14 1: enable RAS time summation RSSUM word 10 bit 13 1: enable RAS spatial summation RASTMEM word 10 bit 12 1: enable RAS time memory RADJTHR word 10 bit 15 1: enable RAS threshold table (instead of global thresholding) RTHRMOD word 11 bits 14-15 15 14 (bit no) 0 0 global threshold 0 1 region thresholds 1 x threshold table GLOBTHR word 11 bits 0-9 RAS global threshold (not inverted) CENTHR word 18 bits 0-9 RAS center area threshold (not inverted) MID1THR word 17 bits 0-9 RAS mid1 area threshold (not inverted) MID2THR word 19 bits 0-9 RAS mid2 area threshold (not inverted) OUTTHR word 16 bits 0-9 RAS outer area threshold (not inverted) ESTHR word 12 bits 11-15 define threshold for earth shine signal (ES). (X+1) * 128/2^12 *2V ( ~ (X+1)*64mV ) CENSUM word 12 bits 4-5 number of pixels to sum over for center area 0 summation over 4 pixels 1 summation over 3 pixels 2 summation over 2 pixels 3 no summation MID1SUM word 12 bits 2-3 number of pixels to sum over for mid1 area MID2SUM word 12 bits 6-7 number of pixels to sum over for mid2 area OUTSUM word 12 bits 0-1 number of pixels to sum over for outer area RERAENA word 21 bits 15 1 enable RAS image taking by ratio RERATIO word 21 bits 0-14 RAS event/image ratio images are generated with a frequency of RCAD/2/(RERATIO & 2^15-1) example: RATIO=2 means taking every 4th image RFD word 24 bits 0-7 RFD*4 number of RAS frames to be discarded after ADP run TNLHWEN word 22 bit 15 0 all events are processed (no more than HW limit, which is 480) 1 TNLSWEN is checked TNLSWEN word 22 bit 14 This flag is only checked if TNLHWEN is enabled. 0 if less than RTNL triggers: all events are processed else no event is processed 1 if less than RTNL triggers: all events are processed else the first RTNL triggers are processed ESTHREN word 22 bit 13 0 enable earth shine fast read 1 disable earth shine fast read RTNL word 22 bits 0-8 max number of processed events See TNLHWEN and TNLSWEN for use of this number. ((should be smaller than t.int/20microsec)) RAFGDA word 26 bits 0-7 X*4 number of frames to discard after earth shine signal goes down (using fast reading, RCAD=247 ) RBETHR word 30 bits 0-8 number of adjacent pixels below threshold