| 1351 | Tower(U28)/MC(H35)/Coldplate = 107/40.4/195.7 mK, Still(P1) = 1.41 K / 0.14 mbar / 0 mW, G1/G2 = 158/147 mbar, 1K Pot(P2) = 37.5° / 1.65 K / 28 mbar, MB = 29.1% |
| 1353 | Prepare for LHe trasnfer. Open cmd prompt, goto cd C:\Users\spa-k100lab\Desktop and type python cam_snapshots.py. Make sure that cam_snapshots folder is empty. Get the He dewar. |
| 1342 | Cable 2/1/3 → diverter/nothing/nothing → DCRC55(1)/DCRC50(3)/DCRCX(4) |
| 1350 | Fill LN2 cold trap |
| 1417 | Start LHe transfer @ MB=29% |
| 1503 | End LHe transfer @ MB=89.7% |
| 1807 | SQUID tuning. |
| 1816 | Start a Run with all programs running: towerfe, triggerfe and SQUIDTuningGUI. Open the “SQUID Control” GUI by clicking the button in the SQUIDTuningGUI. |
| 1816 | Set the trigger to be Random trigger, Test Signal On for PB, Click Connect to Feedback and then Open Editor for Channel PB |
| 1816 | Set QETBias=0, Output Gain=1, Phonon Offset=0, Polarity=Open Loop, Signal Source= PreAmp, Look for balancing the SQUID Modulation by changing the values for SQUID Bias and Lockpoint. |
| 1822 | DCRC1pB, SQUID Bias= -71.8 uA, Lockpoint=-2.94 mV, FeedbackGain=1 |
| 1822 | Change the Polarity to Inverting and Signal Source to Feedback. Close this window and change to next channel, Turn on feedback signal for that channel and Open editor |
| 1829 | DCRC1pC, SQUID Bias= -81.1 uA, Lockpoint=-4.77 mV, FeedbackGain=1 |
| 1830 | Change the Polarity to Inverting and Signal Source to Feedback. Close this window and change to next channel, Turn on feedback signal for that channel and Open editor |
| 1834 | DCRC1pD, SQUID Bias= -88.5 uA, Lockpoint=-2.78 mV, FeedbackGain=1 |
| 1840 | Change the Polarity to Inverting and Signal Source to Feedback. Close this window and change to next channel, Turn on feedback signal for that channel and Open editor |
| 1841 | DCRC3pA, SQUID Bias= -58.1 uA, Lockpoint=-3.44 mV, FeedbackGain=1 |
| 1845 | Change the Polarity to Inverting and Signal Source to Feedback. Close this window and change to next channel, Turn on feedback signal for that channel and Open editor |
| 1846 | DCRC3pB, SQUID Bias= -80.1 uA, Lockpoint=-3.95 mV, FeedbackGain=1 |
| 1849 | DCRC4 is not showing Feedback signal. Need to go in and change DCRC to find the SQUID tuning parameters |
| 1939 | Prepare for IbIs scan. Start a run from the ODB and Keep the SQUIDTuningGUI to view traces on the given channel that you want the IbIs scan. Open command prompt on cdms2 with Midas UMN environment variables set. Goto ~/scripts/custom_code_neog/ |
| 1956 | Check that Highest value of QETbias and Min value of QET bias is not taking the trace out of viewing window on the GUI . This is done by manually setting the QETbias to say, 500 on the ODB phonon channel and looking at the trace on the GUI. Start IbIs scan for DCRC3 pA using command: python3 ibis_sequencer_oneset.py –min_bias 100 –max_bias 500 –step 10 –dcrc 3 –chan 0 |
| 2004 | Scan for DCRC3pA |