Agenda
- Operations:
- Run 56 (the current run): Run 56 Summary
- Data with short traces
- finishing run: mu-metal shield tests, data with no lead/poly shield
- Next run: probably G114 (the other iZIPv6) for HV attempt, maybe other studies, no internal source
- Note from Paul B: this is the first AJA detector, and there are some concerns re “step coverage” and continuity. If Rn's are found to be too high (say, >1.5 Ω) then we should probably immediately deem this detector “bad” in terms of phonons at least. Could still try to test HV characteristics with charge only.
- Future runs: SD crystal, 6“ crystals, sidewall source, G106a with no-internal-source
- note: need to learn more about the purpose of the sidewall source detector, aka G55
- DAQ and data pipe:
- Short traces and read rate studies png
- Pair-swapping error png
- The cause of the swapping seems to have been that for LabView data no pair swapping can be done right as the raw data is read, because it was read in the same SuperCDMS format and there doesn't seem to be a clear way to “know” if it's LabView/DCRC data. To account for this a pair swap was added at the place where we have to reorganize the data channels. This reorganization still happens when we're taking MIDAS data but during MIDAS data the pairs are also swapped at the low-level right after reading. Anthony is still contemplating how to “solve” this in a way that should make processing with both data sets correct.
- “Level 1” DQ update html
- Analysis: updates and planning
- Anthony: some people have been looking at various aspects of the data, the important next step that we should collaborate on is getting everything “understood” and “fixed” for the next processing. Some of this is templates, Nick is already working on that, but I will make a more detailed list today. I guess we can start with the algorithms we want and how we need to calibrate (overall or series-by-series)
