Start: 14:06
Range Shifter Out, Filter 1 IN, Filter 2 IN

Start: 14:20
Range Shifter Out, Filter 1 IN, Filter 2 IN

Start: 14:28
Range Shifter Out, Filter 1 IN, Filter 2 IN
Power supply of si-sensor went into compliance, therefore the compliance value was set to 100 uA again
Ende 14:35

01. SiC; 2. Si

Bias 1: 400V; Bias 2: -100 V; SiC with Cividec

Start: 06:33 O(kHz)

Start: 06:40 O(100kHz)

Start: 06:46 O(MHz)

Start: 06:54 O(MHz)

Start: 07:01 O(MHz)

Start: 07:07 O(MHz)

Start: 07:13 O(100kHz)

Start: 07:20 O(100kHz)

Start: 07:26 O(100kHz)

Start: 07:33 O(kHz)

Start: 07:39 O(kHz)

Start: 07:44 O(kHz)

Start: 08:30
WET measurement of PMMA slabs also used for TOF-CT (GSI)

coarse run (to find Bragg range

Start: 08:55
WET measurement of PMMA slabs also used for TOF-CT (GSI)

reference run (with Arduino Spill Start/Stop logic)
fringes in Bragg peak (trigger not optimal (maybe too much latency with Arduino))--> next measurement with "Accumalte Charge" instead of "Spill Start/Stop"

Start: 09:14
WET measurement of PMMA slabs also used for TOF-CT (GSI)

reference run
"Accumalte Charge"

Start: 09:38
WET measurement of PMMA slabs also used for TOF-CT (GSI)

1cm PMMA
"Accumalte Charge"

PMMA was activated. Had to wait ~10-15min after measurement