XIA DDAS steps with spdaq55:

1) Run Readout

cd ~

./goreadout

1.5) Merge Runs Before DDAS2ROOT so we only produce one root file

godata

./merge.sh run #
(this will combine root files with names like run-0001-0*.root together in a single file called run-0001.root)

2) DDAS2ROOT

cd ~

./goddasdumper 410

goevt

run0410_152Eu_in_Safebox_Room_background_North_South.root

3) Calibration

godata

root

.L /usr/opt/ddas/6.1-001/lib/libddaschannel.so

.x ddas2root.cpp

410

4) Analysis

cd /mnt/daqtesting/protondetector/stagearea

run0410_152Eu_in_Safebox_Room_background_North_South_cal.root

hnorth_e→Draw();

hsouth_e→Draw();

XIA DDAS setting, 06/03/2024 12:20 pm

/user/protondetector/readout/crate_1/PXCT20240522.set

Ch0 Raw Mesh: TriggerRise 0.040us; TriggerGap 0.976us; Threshold 6553; EnergyRise 7.040us; EnergyGap 2.048us; CFD Delay 0.304us; CFD Scale 7; CFD Threshold 6000; Tau 50us

Ch1 Accepted Logic Mesh: TriggerRise 0.504us; TriggerGap 0.504us; Threshold 520; EnergyRise 0.256us; EnergyGap 0.348us; Leading Edge; Tau 0.05us

Ch3 North Ge: TriggerRise 0.064us; TriggerGap 0.952us; Threshold 300; EnergyRise 10.240us; EnergyGap 1.792us; CFD Delay 0.304us; CFD Scale 7; CFD Threshold 300; Tau 50us

Ch5 South Ge: TriggerRise 0.064us; TriggerGap 0.952us; Threshold 700; EnergyRise 10.752us; EnergyGap 1.280us; CFD Delay 0.304us; CFD Scale 7; CFD Threshold 700; Tau 50us

Remember to use the command “git add something something” after making changes to the file. (Alex or Joe will update the command later)

merger_info_runs_1-24.rtf
merger_info_runs_25-30.rtf
merger_info_runs_30-39.rtf
merger_info_runs_30-53.rtf
merger_info_runs_54-79.rtf

Config File we are currently using to process h5 files:
p10_2000torr_copy.rtf

File Transfer Script Unedited from Daniel (to upload it to the wiki, the '.rtf' extension was added, remove it after downloading the script):
transfer.tcl.rtf


Run Log

Run Number Flow Rate (sccm) Temperature (C) Bottle Pressure (psi) Notes
0001 104 21.0 (end of run) 1620 Forgot to record pressure log, but it looks steady, GET run number my be off
0002 172 21.1 1590 GET run number was correct.
0003 770 21.0 1590.0 Test to correct gain
0004 770 21.0 1590.0 Test to correct gain
0005 245 21.0 1590.0
0006 245 20.2 1500
0007 167 20.5 Missing
0008 167 20.7 1390
0009 167 20.7 1390 Test to fix south Ge threshold, GET and XIA do not line up
0010 174 19.7 1340 6/3/2024 18:30
0011 174 20.4 (end of run) Not measured
0012 174 20.4 1260 Flow was stopped for 30 min before the run began to take gamma calibration data
0013 174 19.8 1190 Run began 06-05-24 10:26
0014 172 20.3 1170 Run began 06-05-24 16:17
0015 174 19.8 1100 Run began 06-06-24 08:51
0016 174 20.1 1070 Run began 06-06-24 17:06
0017 175 19.8 1000 Run began 06-07-24 10:24
0018 027 20.1 0980 Run began 06-07-24 13:54 (closed off 228th source valves 6 & 7 closed, valve 3 bypass open. fine flow adjusted to 0.5 from 5)
0019 027 20.4 0970 Run began 06-08-24 11:07 (closed 220Rn source flow)
0020 027 20.0 0950 Run began 06-09-24 12:12 (closed 220Rn source flow)
0021 027 19.5 0950 Run began 06-10-24 11:00 (tightened close on 220Rn source flow) NO GAMMA DATA
0022 027 20.0 0950 Run began 06-10-24 16:08 (isolated detector and evacuated upstream) NO GAMMA DATA
0023 0 (evacuated upstream) 20.2 0950 Run began 06-10-24 11:31 (tightened close on 220Rn source flow) NO GAMMA DATA
0024 0 (evacuated upstream) 20.2 0950 Run began (tightened close on 220Rn source flow) NO GAMMA DATA
0025 0 (evacuated upstream) 20.9 0950 Run began 06-11-24 9:33 (tightened close on 220Rn source flow) NO GAMMA DATA
0026 0 (evacuated upstream) 20.9 0950 Run began 06-11-24 10:34 (tightened close on 220Rn source flow) stopped previous run so we can take Ge data as well
0027 0 (evacuated upstream) 21.1 0940 Run began 06-12-24 10:54 (tightened close on 220Rn source flow)
0028 24 (source still isolated) 21.1 0940 Run began 06-13-24 10:22 (gas flowed through bypass 3 w/ no source)
0029 175 (source still isolated) 21.1 0940 Run began 06-13-24 10:35 (gas flowed through bypass 3 w/ no source)
0030 521 (source still isolated) 21.1 0940 Run began 06-13-24 10:58 (gas flowed through bypass 3 w/ no source)
0031 180 (source REINTRODUCED!) 19.4 0940 Run began 06-13-24 11:15
0032 180 19.4 0840 Run began 06-14-24 10:54
0033 182 20.1 0730 Run began 06-15-24 09:50
0034 183 20.5 0630 Run began 06-16-24 10:27
0035 180 20.3 0540 Run began 06-17-24 11:02
0036 181 20.1 0420 Run began 06-18-24 09:38
0037 181 20.2 0310 Run began 06-19-24 11:12
0038 181 20.2 0300 Run began 06-19-24 15:56
NEW P10 BOTTLE lot #32-402986106-1
0039 184 20.2 2380 Run began 06-20-24 16:18
0040 181 20.1 2290 Run began 06-21-24 11:13
0041 180 19.6 2200 Run began 06-22-24 10:44
0042 182 20.4 2110 Run began 06-23-24 07:53
0043 182 20.7 2000 Run began 06-24-24 09:43
0044 184 20.0 1910 Run began 06-25-24 09:35 Cobo 1 went offline 70% of the way through the run, manually created run_0044 for the draw files on the Mac minis
0045 182 20.1 1810 Run began 06-26-24 10:39 AFTER THIS RUN THE DATA ROUTER AND ECCSOAPSERVER ON COBO 0 WAS RESTARTED
0046 324 18.9 1790 Run began 06-26-24 16:32 Flow increased to try to match 15 total events per second
0047 324 18.9 1790 Run began 06-26-24 16:34 New flow rate gives us 15.3 events per second initially, we will have to check the overnight run to see how grow-in affects this
0048 324 19.3 1680 Run began 06-27-24 08:55 This run has a total event rate of 26/s
0049 244 19.5 1630 Run began 06-27-24 14:25
0050 243 19.8 1590 Run began 06-27-24 21:07
0051 244 20.2 1520 Run began 06-28-24 09:39
0052 245 20.1 1470 Run began 06-28-24 20:56
0053 244 20.1 1410 Run began 06-29-24 09:17 accidentally ended the XIA DAQ early by a few seconds
0054 240 19.1 1320 Run began 06-29-24 20:59 noticed that the flow rate dropped to 240 then raised to 248 at the start of the run
0055 244 19.8 1260 Run began 06-30-24 09:24
0056 244 19.7 1200 Run began 06-30-24 20:58
0057 245 20.0 1120 Run began 07-01-24 10:24
0058 245 19.6 1070 Run began 07-01-24 20:57
0059 246 19.8 1000 Run began 07-02-24 09:35 XIA run ended at the same time as GET DAQ
0060 242 20.0 0920 Run began 07-02-24 21:11
0061 244 19.6 0870 Run began 07-03-24 09:57
0062 244 20.8 0790 Run began 07-03-24 22:33
0063 244 19.5 700 Run began 07-04-24 10:05
0064 244 21.5 650 Run began 07-05-24 00:46 NOTE: h5 file transferred to fishtanks wasn't fully merged because the hard drive the merger was operating on ran out of space
0065 247 18.9 590 Run began 07-05-24 09:51
0066 244 21.9 500 Run began 07-05-24 21:56
0067 243 19.1 410 Run began 07-06-24 14:49
0068 243 22.0 380 Run began 07-07-24 00:38
0069 245 21.2 300→240 Run began 07-07-24 14:35→19:58
0070 6 20.4 240 began 07-07-24 20:18 background
0071 6 19.7 250 began 07-08-24 13:09 background
0072 6 20.7 230 began 07-09-24 12:28 background
NEW P10 BOTTLE lot #32-403080558-1
0073 249 21.5 2400 began 07-10-24 17:01 production run with a new bottle of P10 from lot #32-403080558-1
0074 249 21.1 2360 began 07-10-24 22:24. It takes 16.3 hours to reach 200 GB.
0075 249 19.3 2300 began 07-11-24 8:55.
0076 245 19.2 2300 began 07-11-24 ~9:30 pm. Short run.
0077 245 19.2 2220 began 07-11-24 21:37.
0078 245 20.7 2150 began 07-12-24 9:42. Temperature increased during run because of AC. Rolled run early because of this (see below)
0079 237 27.2 2200 began 07-11-24 15:53. 1 nA MM leakage current, likely because of lower gas density
0080 237 30.3 2200 began 7-12-2024 21:34 GET DID NOT COLLECT DATA, HAD TO RESTART
After 80 6 33.1 2220 Everything off.
0081 250 22.5 2090 began 7-17-2024 16:20 GET DID NOT COLLECT DATA, HAD TO RESTART
0082 249 22.5 2090 began 7-17-2024 16:29
0083 250 20.5 2040 began 7-18-2024 01:05
0084 246 20.4 2000 began 7-18-2024 10:04
0085 248 19.6 1940 began 7-18-2024 21:10
0086 248 20.0 1880 began 7-19-2024 10:02
0087 247 19.8 1800 began 7-19-2024 21:17
0088 246 19.8 1720 began 7-20-2024 09:42
0089 247 20.1 1680 began 7-20-2024 20:12
0090 247 20.3 1610 began 7-21-2024 09:18
0091 248 19.8 1540 began 7-21-2024 20:58

Actions after Run 0069:
1. Close V-5 to stop flow
2. Bypass source:
a. Open V-3
b. Close V-6 and V-7
3. Verify flow rate <5 sccm on mass flow controller (the controller has a small offset).
4. Verify TPC is still at ~2000 torr.
5. Take background runs. Run 0070 is the 1st background run.
img_20240707_201334.jpg
img_20240707_201611.jpg
img_20240707_201531.jpg

Actions after Run 0080 to prevent damages in the sauna situation:
1. Close V-5 to stop flow
2. Unbias everything.
3. Flow rate 6 sccm.

Status on 7/12/2024:
TPC 30.3℃, North Coldtip: -178.2℃, North Cooler 57.6℃, North Head 50.5℃, GHS 41.0℃.

Status on 7/13/2024:
TPC 33.1℃, North Coldtip: -174.3℃, North Cooler 60.7℃, North Head 54.1℃, GHS 41.9℃.
All temps are still rising. Cooler failure is inevitable.
img_20240713_164937.jpg
img_20240713_195820.jpg
img_20240713_195828.jpg

Evening 7/13/2024, North Cooler failed.
Pressing the cooler On/Off button had no effect.
img_20240714_011036.jpg
img_20240714_011104.jpg

Mirion Wilhelm & Gabriela: The controller will prevent activation of the cooler when the cold tip temperature exceeds -150 C.  In this condition, the cooler will not activate until the cold tip temperature exceeds 0C.  This functionality is designed to prevent a partial thermal cycle of the detector. Note with large 100% detectors that you have, the detector may not be fully warm a the default cooler activation temperature, so we would recommend to allow a full 24 hour warm up before turning the cooler back on.  

Status on 7/14/2024:
The North Cooler appeared to have restarted automatically? Early Sunday morning, I guess. The Coldtip was at -180℃, which would've caused a partial thermal cycle.
I pressed the On/Off button to allow it to fully warm up, which is expected to be completed by 4 pm 7/15/2024.
img_20240714_152030.jpg
img_20240714_152102.jpg
img_20240714_152018.jpg

Then begin cooling, which should be completed by 4 pm 7/16/2024.
img_20240715_203737.jpg
img_20240715_203826.jpg

North Resolution is still good.
north_high_bkg_after_sauna_20240715.png

0801: 152Eu on top of TPC near AsAd box (source rim against the TPC edge, source center 2.7 cm from the rim) for Ge calibration. End Run at 1823 seconds into the run. Run Title: 228Th_152Eu_onTop_nearAsadBox_Mesh_Ch0_MeshAccepted_Ch1_North_Ch3_South_Ch5. The first 2 minutes were noisy; superseded by run 0806.
0802: 152Eu on top of TPC near center (source center 13 cm from the TPC edge) for Ge calibration. End Run at 1830 seconds into the run. Run Title: 228Th_152Eu_onTop_nearCenter_Mesh_Ch0_MeshAccepted_Ch1_North_Ch3_South_Ch5
0803: 152Eu on top of TPC near cathode (source center 40 cm from the TPC edge) for Ge calibration. End Run at 1811 seconds into the run. Run Title: 228Th_152Eu_onTop_nearCathode_Mesh_Ch0_MeshAccepted_Ch1_North_Ch3_South_Ch5
0804: 152Eu on South side of TPC (source center 20 cm from the TPC edge) for Ge calibration. End Run at 1901 seconds into the run. Run Title: 228Th_152Eu_onSideNextToSouth_Mesh_Ch0_MeshAccepted_Ch1_North_Ch3_South_Ch5
0805: 152Eu on North side of TPC (source center 5.5 cm from the TPC edge) for Ge calibration. End Run at 1810 seconds into the run. Run Title: 228Th_152Eu_onSideNextToNorth_Mesh_Ch0_MeshAccepted_Ch1_North_Ch3_South_Ch5
0806: 152Eu on top of TPC near AsAd box (source rim against the TPC edge, source center 2.7 cm from the rim) for Ge calibration. End Run at 1791 seconds into the run. Run Title: 228Th_152Eu_onTop_nearAsadBox_Mesh_Ch0_MeshAccepted_Ch1_North_Ch3_South_Ch5.