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Eliazar Ortiz assured us that the clean room (room 104) is continuously monitored for humidity and temperature.
Downloaded data from recorder: max humidity 7%, max temp 33 C, Max force 4 g. Eliazar downloaded all data data , which was then provided to John Ku for review. Note: Dates are logged in awkward format: first day was April 24, last day was May 1 2007.
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For charge injection runs, tests are self-contained and results labeled PASSED are indeed meaningful (we also inspected the reports). Charge injection tests are done one tower at the time.
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- Noise and gain measurement (TkrNoiseAndGain.py)
- Reference run for the TKR module attached to TEM 3: run 700004421 (PASSED)
- Reference run for the TKR module attached to TEM 2: run 700004435 (PASSED*)
* Note that TKR FM16 (connected to TEM 2) is not filght and it does have its "features" and idiosyncrasies. In particular there are quite a few layers failing in terms of disconnecetd/defecting channels (Y15, X13, Y11, Y10, Y2). A good reference run for comparison (though quite old, now, and taken with a different software version) is run 700000107:
- Noise occupancy measurement (TkrNoiseOccupancy)
- Reference run for the TKR module attached to TEM 3: run 700004422 (PASSED)
- Reference run for the TKR module attached to TEM 2: run 700004436 (PASSED)
CAL
- Standard CPT (CPT_beamtest.py)
- Reference run for the CAL module attached to TEM 3: runs 700004423-700004433, summary 700004434 (PASSED)
- Reference run for the CAL module attached to TEM 2: runs 700004437-700004447, summary 700004448 (PASSED)
- Reference run for the CAL module attached to TEM 1: runs 700004449-700004459, summary 700004460 (PASSED)
Data taking
- Standard end2end (BT 2, nominal conditions, all triggers enabled). See table of congfigurationsconfigurations
- 700004466 ~ 2 kevents
- 700004467 ~ 12 kevents
- reference run from BT 70000657Triggers rates for TKR 2 and 3 are slightly different but consistent with results from CERN tests
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