Belle DUT, HV=80V, 40 MHz, 120 GeV
6 samples, transparent mode
chiller set to 13 deg,  2900 rpm

water flow checked befor start of run

Belle DUT, HV=80V,  40 MHz, 120 GeV
6 samples, transparent mode
w cooling, chiller set to 13 deg, 2900 rpm
after realignement of modules
new beam spot:

Belle DUT, tranparent mode
HV=80V, 40 MHz, beam on, 120 GeV
6 samples
chiller set to 13 deg.

beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors), beam spot: 9x9 mm
JP-module is hit at APV3, module seems to be on a higher position than in past beam test (eventuelly flipped)

APVDAQ and telescope runs are not synchronized

trigger rate: about 300 - 500 ev / spill

there was probably no water flow throught the pipe of the origami module during this run --> must be repeated

Belle DUT, HV=80V,  40 MHz, 120 GeV
6 samples, transparent mode
no cooling
after realignement of modules
new beam spot:

 HV=80V, 40 MHz, beam on, 120 GeV

 HV=80V, 40 MHz, beam on, 120 GeV

was originally  run004, renamed after run was stopped to avoid duplicate names
4 Belle DUTs
HV=80V, 40 MHz, 6 sample, 120 GeV
beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors)
table position y (height):  94.3

JP-module is hit at APV3, module seems to be on a higher position than in past beam test (eventuelly flipped)

same as run6873, but w improved timing  --> peak is now at sample 2 or 3

since eudetmac was not reachable by VNC, the telescope has not been restarted !

Belle DUT, HV=80V, 31.8 MHz, 120 GeV
6 samples, transparent mode
chiller set to 13 deg,  2900 rpm

water flow checked befor start of run

Belle DUT, HV=80V,  31.8 MHz, 120 GeV
6 samples, transparent mode
w cooling, chiller set to 13 deg, 2900 rpm
after realignement of modules
new beam spot:

 HV=80V, 31.8 MHz, beam on, 120 GeV

 HV=80V, 31.8 MHz, beam on, 120 GeV

 HV=80V, 31.8 MHz, beam on, 120 GeV

4 Belle DUTs
HV=80V, 40 MHz, 6 sample, 120 GeV
 

beam alignement
Origami is hit between in center of sensor (APV 1 and 2 on both sides)

4 Belle DUTs
HV=80V, 40 MHz, 6 sample, 120 GeV
 
beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors)

JP-module is hit at APV3, module seems to be on a higher position than in past beam test (eventuelly flipped)

run interrupted after 80173 --> bad timing, peak was at 4 th or 5 th sample

4 Belle DUTs
HV=80V, 40 MHz, 6 sample, 120 GeV
 
beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors)

JP-module is hit at APV3, module seems to be on a higher position than in past beam test (eventuelly flipped)

same as run6873, but w improved timing  --> peak is now at sample 2 or 3

since eudetmac was not reachable by VNC, the telescope has not been restarted !

zero supressed w bad strip definition of origami module, but natural readout order of APV 2 and 3 on p-side

hit cut = 4

4 Belle DUTs
HV=80V, 40 MHz, 6 sample, 120 GeV
 
beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors)

JP-module is hit at APV3, module seems to be on a higher position than in past beam test (eventuelly flipped)

same as run6873, but w improved timing  --> peak is now at sample 2 or 3

since eudetmac was not reachable by VNC, the telescope has not been restarted !

zero supressed w bad strip definition of origami module, but natural readout order of APV 2 and 3 on p-side

hit cut = 5

4 Belle DUTs
HV=80V, 40 MHz, 6 sample, 120 GeV
 
beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors)
table position y (height):  94.3

zero supressed w/o bad strip definition of origami module

JP-module is hit at APV3, module seems to be on a higher position than in past beam test (eventuelly flipped)

4 Belle DUTs
HV=80V, 40 MHz, 6 sample, 120 GeV
 
beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors)

JP-module is hit at APV3, module seems to be on a higher position than in past beam test (eventuelly flipped)

zero supressed w bad strip definition of origami module, but reverse readout order of APV 2 and 3 on p-side

4 Belle DUTs
HV=80V, 40 MHz
pedestal correction
beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors)
 

4 Belle DUTs
HV=80V, 31.8 MHz, 6 sample, 120 GeV
switched to external clock source
processed mode, hit cut = 4
beam position:  p-side: APV2 of Origami, n-side: between APV1 and 2 of Origami (center of sensors)

JP-module is hit at APV3, module seems to be on a higher position than in past beam test (eventuelly flipped)