Test fixes for ripple tests in manager. start with mode 1. Test 2 & 3 as well. Might also be worth testing wider bandwidth mode (mode4?). Also want to try the whole system. Also want to do all eight banks.
run integrat fix tests. Start with UTCDELTA. Anish wants this run in all eight banks at the minimum integration time. I'm wondering if I should run this with modes 10-19 since the bof file for these modes is broken. The bof file for modes 20-29 is the same as the bof file for modes 10-19. If I don't go for the full run of modes today, I can also do some switching observations for modes 1-9
Scan 45: RippleQbandmode1. Manager configured to do MMCM calibration. Yay! Most of the ripples are gone!!!!
Paul putting fixes into manager "for real"
Tried scan and it failed with SOAP errors
restart turtle & grail
Scan 46: RippleQbandmode1. Trying again to make sure manager fix held. It did!!
Scan 47: RippleQbandmode2. Trying a mode change. Error on Bank B (vegas-hpc2): "Difference in measured and stored MMCM Optimal Phase for zdok1 exceed tolerance with values of 8 vs. 46." Paul says that's because there can be "multiple" good MMCM phase results. He's going to look into it.
mode 2 looked good except for one polarization on Bank B. This is the same one that the error message above was generated for.
Paul made a fix to the calibration values and we're trying again.
Scan 48: RippleQbandmode2. Trying again. No error message. result looks good.
Scan 49: RippleQbandmode3. Trying a different mode. Works!
Scan 50: RippleQbandmode25. Trying a mode that Paul had trouble finding values for. Activate failed. Paul is fixing it. Aborted scan.
Scan 51: RippleQbandmode25. Trying the mode that Paul had trouble finding values for.
Scan 52: RippleQbandmode22. Trying mode22 (RAMPS mode). Changed to 5min integrations. Most banks/pols looked fine except for Bank C, polarization 0 (sampler C1_0).
Turning off MMCM calibration to see if the MMCM is making things better or worse.
Scan 53: RippleQbandmode22. Trying again to see what MMCM is doing in this case.
Turning back on MMCM calibration to see if it's repeatable.
Scan 54: RippleQbandmode22. Trying to see if the structure in C1_0 is repeatable.
Scan 55: RippleQbandmode24. Trying to see if the structure is repeatable in a related mode: same bof, same clock rate. Looks good. Some center features look like the calibration hasn't been applied so we want to double-check.
Scan 56: RippleQbandmode1. Checking a mode that was good before to make sure the MMCM calibrations are still being applied. Looks good so calibrations look like they are being applied.
Scan 57: RippleQbandmode4. Checking new bof and clock frequency. Results look good. Didn't see as much of a comb structure.
Scan 58: RippleQbandmode7. Checking new bof and clock frequency. Looks horrible. There's a step with signal in the middle.
Scan 59: RippleQbandmode6. Checking new bof and clock frequency. Looks good.
Scan 60: RippleQbandmode9. Looks horrible. There's a step with signal in the middle.
Turned out that the OGP and INL calibrations hasn't been applied to the cards. So Paul copied the calibrations over and applied them to banks A-D.
Scan 61: RippleQbandmode22. Running again so see if OGP + MMCM calibration helps.
Scan 62: RippleQbandmode22. Running again back to back to see if something is bad.
Scan 63: RippleQbandmode20.
Scan 64: RippleQbandmode24.
Scan 65-67: RippleQbandmode22.
Turn off MMCM.
Scan 68: RippleQbandmode7. looks fine.
Turn on MMCM.
Scan 69: RippleQbandmode7. Wait. The MMCM were not on.
Turning on the MMCM for real this time.
Scan 70: RippleQbandmode7
Scan 71: RippleQbandmode1. Double-checking that it's on.