MT=1, BSY=50,

beam off
potential setting VII
steering setting IV + bigger shift in -y direction

MT=1, BSY=50,
potential setting VII
new steering +12.5mm x,+10mm y ( -beam direction), still off

MT=1, BSY=50,
final setting VII
new steering VII +12.5mm x,+13mm y ( -beam direction)

MT=1, BSY=50,
setting VI steering VII,beam is off again

01. SiC; 2. Si

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

01. SiC; 2. Si

Small SiC Signal;
Cividec for SiC

Bias voltage SiC: 800

Bias voltage Si: -150

From a beam perspective the Si detector was the first target, on oscilloscope  channel 1, SiC was the second target connected to oscilloscope channel 3.

Triggering source was the SiC detector.

Data was stored on the HiBPM-Osci-2 NUC under c:\measurements

Bias voltage SiC: 800

Bias voltage Si: -150

From a beam perspective the Si detector was the first target, on oscilloscope  channel 1, SiC was the second target connected to oscilloscope channel 3.

Triggering source was the Si detector.

The compliancy of the SiC SMU triggered after approx. 50% of the events had been acquired after this event the HV for the SiC HV was shut down.

Data was stored on the HiBPM-Osci-2 NUC under c:\measurements

Bias voltage SiC: 800

Bias voltage Si LGAD: -100

From a beam perspective the SiC detector was the first target, on oscilloscope channel 4, the Si LGAD was the second target connected to oscilloscope channel 1.

Triggering source was the Si LGAD detector. The SiC detector was most probably defective.

Data was stored on the HiBPM-Osci-2 NUC under c:\measurements

Bias voltage Diamond: 500

Bias voltage Si LGAD: -100

From a beam perspective the Diamond detector was the first target, on oscilloscope channel 4, the Si LGAD was the second target connected to oscilloscope channel 1.

Triggering source was the Si LGAD detector.

Data was stored on the HiBPM-Osci-2 NUC under c:\measurements

Tracker xml file: hvcmos_mpw3_20221008_TLU_00-000053.xml