QNET2_Vx Help Page
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Quarknet Scintillator Card 'QNET2_V2' HE=HELP CL=Clear Screen
Command List Firmware Date 06/23/03 CPU_TempC=31.1 CPU_Volts=3.3
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Quick Guide,
see http://neutrino.phys.washington.edu/~walta/qnet_daq/
for more information
Manual at
http://physik-begreifen-zeuthen.desy.de/sites2009/site_PhyBegZ/content/e2198/e2451/e6374/e129804/e129813/infoboxContent129819/DAQ-KarteUserManual_ger.pdf
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General
HE - Help
HE1 - Help page 1
HEx - Help page x
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Start & Stop Counter
CE=Enable
CD=Disable
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GPS & Weather
BA - Barometer Current Reading, Raw BCD counts and kPa.
TH - Display Digital Thermometer, -40 to 99 degrees C.
DG - Display GPS Date, Time, Position and Status.
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Scalars
DF - Display Scalar Fifo Data, First 12 Bytes.
DS - Display Scalar Fifo, Counters 0-3, Triggers, and 1PPS Time.
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Acces internal control registers
-(needed to set coincidence and veto criteria as well as gate width)-
WC MM DD - Write Counter Control Registers CPLD, address MM with DD.
WT MM DD - Write Time Control Registers TMC address MM with data DD.
check control registers with
DC - Display Counters, Control Registers CPLD, address 0-4.
DT - Display Time Control Registers TMC , address 0-3.
---------------------------adresses---------------------------------
MM - 00 -> 8bits for channel enable/disable, coincidence and veto
|7   |6   |5          |4          |3       |2       |1       |0       |
|veto|veto|coincidence|coincidence|channel3|channel2|channel1|channel0|
---------------------------bits-------------------------------------
Set bits for veto:
........................
00 - ch0 is veto
01 - ch1 is veto
10 - ch2 is veto
11 - ch3 is veto
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Set bits for coincidence
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00 - singles
01 - twofold
10 - threefold
11 - fourfold
--------------------------examples-----------------------------------
threefold coincidence with veto ch3, all channels enabled
11101111 -> 1110 1111 two binary numbers -> e f two corresponding hex numbers
=> WC 00 EF should do the job
..................................
no veto, coincidence level twofold, all channels enabled
00011111 -> 0001 1111 two binary numbers -> 1 f two corresponding hex numbers
=> WC 00 1F should do the job
.................................
no veto, single mode, all channels enabled
00001111 -> 0000 1111 two binary numbers -. 0 f two corresponding hex numbers
=> WC 00 0F should do the job

...for more descriptions see
http://neutrino.phys.washington.edu/~berns/WALTA/Qnet2/FNAL_files/QnetCpldII.doc
===================================ADVANCED=======================================
BC BB.B GG.G - Barometer Calibrate, Store Baseline and Gain, HELP 'HB'.
NM N - NMEA GPS Data Echo (N==1 On),(N!=1 Off), (GPS_Baud=9600).
NA N - NMEA GPS Data Append (N==1 On),(N!=1 Off), add GPS to output.
ST N - Send Status Data (N==1 On),(N!=1 Off), HELP 'HF'.
GP - Send GPS NMEA Rate GGA=1Sec, RMC=1Sec, others=disable.
COUNTER - CE=Enable, CD=Disable, Controls TMC Running bit CPLD CCR1.
3
FLASH - FL=Load Binary File, FR=Read SumCheck, FC=Copy_2_CPLD.
RESET - RB=TMC and Counter CPLD, RE=MSP430+TMC+CPLD.
HELP - HF=Trigger format, HS=Status format, HB=Barometer format
'HF' Help command on trigger data format
 Timer Counter Bits 31..0 ( 8 bytes ascii)
 RE0 TAG RE0 DATA ( 2 bytes ascii) -- '0x80=Trig_Tag'
 FE0 TAG FE0 DATA ( 2 bytes ascii) -- '0x20=Edge_Tag'
 RE1 TAG RE1 DATA ( 2 bytes ascii) -- '0x1F=Data,(5 bits)'
 FE1 TAG FE1 DATA ( 2 bytes ascii) --
 RE2 TAG RE2 DATA ( 2 bytes ascii) --
 FE2 TAG FE2 DATA ( 2 bytes ascii) --
 RE3 TAG RE3 DATA ( 2 bytes ascii) --
 FE3 TAG FE3 DATA ( 2 bytes ascii) --
 1PPS TIME Bits 31..0 ( 8 bytes ascii)
 GPS RMC UTC hhmmss.sss (10 bytes ascii)
 GPS RMC DATE ddmmyy ( 6 bytes ascii)
 GPS RMC STATUS A=valid ( 1 byte ascii)
 GPS GGA SATELLITES USED ( 2 bytes ascii)
 TRIG IRQ STATUS FLAGS ( 1 byte ascii)
 GPS DATA TO 1PPS DELAY ms ( 5 bytes ascii)
Status Line Format (* BCD1 BCD2 BCD3 BCD4), 5 minute update synced to triggers
 BAR_kPa -> BCD1 / 10
 GPS_DegC -> BCD2 / 10
 CPU_DegC -> BCD3
 CPU_Vcc -> BCD4 * 0.00122 (3.3 Volt Supply)
 (Pending BCD5-BCD8 CPLD register 0-3 setup data)
 (Pending BCD9 for Board Serial Number)
'HS' Help command on Status data format
 TRIGGER IRQ STATUS BYTE, BIT ASSIGNMENTS (see 'HF' for location on data line)
 0x1 = 1PPS interrupt pending
 0x2 = Trigger interrupt pending
 0x4 = GPS data could be corrupted (write in progress while readout)
 0x8 = Current or last 1PPS tick not within 41666666 +/-50 clock ticks
'HB' Help command on Barometer data format
 kPa=Baseline+(BAR_ADC/Gain), If Data= 0xFFFF (not calibrated)
 Flash memory display, (Memory Display of Baseline*10) = 0xFFFF
 Flash memory display, (Memory Display of Gain*10) = 0xFFFF