Difference between revisions of "Data Acquisition System"
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| Line 54: | Line 54: | ||
# Upgrade the scalers readout to the FADC Scaler mode | # Upgrade the scalers readout to the FADC Scaler mode | ||
# Add Block Readout | # Add Block Readout | ||
| + | # Reduce the Mott Trigger rate by rejecting low energy electrons or dump events: | ||
| + | ## Increase the E-detector discriminator threshold | ||
| + | ## Veto the dump events using the beam timing signal | ||
Revision as of 08:47, 28 September 2014
DAQ Hardware
- Electronic Map of Mott Crates (May 06, 2014):
Media:ElectronicsMap_May062014.pdf
Media:ElectronicsMap_May062014.pptx
- Cabling of FADC, Scalers, and TDC (February 12, 2014):
- DAQ Timing (February 12, 2014):
Media:DAQ_Timing_Feb122014.pdf
Media:DAQ_Timing_Feb122014.pptx
DAQ Software
Manuals and References
- Jefferson Lab Data Acquisition Group CODA Wiki [1]
- CAEN VME Crate Manual - VME8200 9U 21Slot (VME64x backplane with no P0 connector) media:VME8200_Manual.pdf
To-do List
Analysis List:
- Modify decoder for the updated Mott_SemiInt mode. Started: /work/idaq/Mott/Analysis/1, Runs: 7642, 7672.
- Update MottOnline
- Add BPM Analysis
- Replace "PEPPo" with "Mott" in scripts, decoder, ... .
- Add delayed helicity analysis for Mott_Sample and Mott_SemiInt Modes. Delayed analysis is already included for Scalers and PEPPo_Int Modes.
Things to do to speed up the DAQ and reduce deadtime:
- Upgrade the time-of-flight readout to the FADC TDC mode
- Upgrade the scalers readout to the FADC Scaler mode
- Add Block Readout
- Reduce the Mott Trigger rate by rejecting low energy electrons or dump events:
- Increase the E-detector discriminator threshold
- Veto the dump events using the beam timing signal