Home CMS Production Clean room MedAustron HEPHY testbeams old
testbeam-RD50-DESY-Apr2024 testbeam-RD50-DESY-Jul2023 testbeam-RD50-CERN-Oct2022 testbeam-DESY-Oct2017 testbeam-DESY-April2017 testbeam-SPS2015 testbeam-SPS2014 testbeam-DESY14 testbeam-SPS12 testbeam-SPS11 testbeam-SPS10 testbeam-SPS09 testbeam-SPS08 LP-TPC
  HEPHY logbook for testbeam at SPS September/October 2010, Page 3 of 8  Not logged in ELOG logo
ID Date Author Project Subject Run Number Events StartTime EndTimeup
  94   Wed Oct 6 23:02:09 2010 Marko DragiceviccommonBeam Configuration    

Beam Settings and Profile on 5.10.2010 - 17:00h

Saved as: H6B.801

Attachment 1: BeamProfile.gif
BeamProfile.gif
Attachment 2: BeamMagnets.gif
BeamMagnets.gif
Attachment 3: BeamColli.gif
BeamColli.gif
  97   Fri Oct 8 17:26:36 2010 Markus FriedlBELLEcalcal0158380008.10.2010 17:22:44 

Belle stack without Origami2
HV=11V I=32uA

beam on

2 suspicious APVs on n side of Micron due to burnt strip

trying to identify problematic Micron n side channels with low bias voltage (APV22 baseline saturates at higher bias)

  100   Fri Oct 8 23:05:03 2010 Markus FriedlBELLEcalcal0168380008.10.2010 23:03:16 

Belle stack w/o Origami2 after irradiation
HV=80V / 258 µA
cooling: Origami only, chiller set to -25°C,
2 suspicious APVs on n side of Micron due to burnt strip
 

Bias connection of Origami repaired --> lower noise on p-side

  101   Fri Oct 8 23:22:32 2010 Manfred ValentanBELLESchnittwinkel barrel vs. slanted    

17deg acceptance => Schnittwinkel barrel option = 90-17 = 73deg      ----->  rotary table 80.5

layer zusätzlich slanted um Winkel alpha => Schnittwinkel = 73 - alpha

slant angles: layer 4: 11.9deg => Schnittwinkel 61.1deg       ----->  rotary table 68.6
                     layer 5: 17.2deg => Schnittwinkel 55.8deg       ----->  rotary table 63.3
                     layer 6: 21.1deg => Schnittwinkel 51.9deg       ----->  rotary table 59.4

Im Vergleich mit senkrechtem Durchgang der Teilchen erwarte ich eine Vergrößerung der cluster width um den Faktor tan(Schnittwinkel):

slant layer 4: 1.81
slant layer 5: 1.47
slant layer 6: 1.28
barrel:           3.27

  104   Sat Oct 9 12:00:55 2010 Christian IrmlerBELLEcalcal0178380009.10.2010 11:59:37 

Origami1 (n-side only) + Micron1 (non-irrad)
angle scan: 73°
HV=100V / 40 µA
cooling: chiller set to 15°C

Origami p-side does not receive triggers -> disabled

origami flex straight part needed to be folded due to severe rotation angle -> nanonics connector problem...

  107   Sat Oct 9 18:56:35 2010 Thomas Bergauercommonpath to telescope data    

eudetmac001.cern.ch

path is /Volumes/Data/eudet/Data/cern_2010_sept_silc_apvdaq (Vienna system)

and /Volumes/Data/eudet/Data/cern_2010_sept_silc_alibava (Santander system)

  111   Tue Oct 19 14:58:56 2010 Manfred ValentanMicron Babygeometry    
Attachment 1: IMG_8888.JPG
IMG_8888.JPG
Attachment 2: micron_baby_stack_telescope_geometry.JPG
micron_baby_stack_telescope_geometry.JPG
Attachment 3: micron_baby_stack_telectope_geometry.dwg
  116   Fri Apr 8 13:25:58 2011 Manfred ValentanMicron Babysensors and modules    

TRK1: B2Micron_2826_1_baby2

TRK2: B2Micron_2826_1_baby3

DUT3: B2Micron_2826_7_baby2 (common p-stop)

DUT4: B2Micron_2826_19_baby4 (combined p-stop)

DUT5: B2Micron_2826_19_baby3 (atoll p-stop)

TRK6: B2Micron_2826_1_baby4

TRK7: B2Micron_2826_19_baby2

GEW: B2Micron_2826_7_baby4

not used: B2Micron_2826_7_baby3

  120   Wed May 4 15:14:31 2011 Thomas BergauerPtinfo about module    

pt-Modul hat jeweils zwei OB1 Sensoren von STM (mit 122um Pitch)

im Abstand von 2mm uebereinander

  135   Tue May 17 19:08:29 2011 Manfred ValentanMicron Babysensors for source test with intermediate strips    

Every second bond of these sensors will be removed to mimic the effect of an intermediate strip. For comparison, this is done both with irradiated and unirradiated sensors.

DUT3: B2Micron_2826_7_baby2, common p-stop, irradiated

DUT4: B2Micron_2826_19_baby4, combined p-stop, irradiated

DUT5: B2Micron_2826_19_baby3, atoll p-stop, irradiated (Wolfgang T. took this sensor to the SEM, it's destroyed by now)

TRK6: B2Micron_2826_1_baby4, combined p-stop, unirradiated

TRK7: B2Micron_2826_19_baby2, common p-stop, unirradiated

            B2Micron_2826_7_baby3, atoll p-stop, unirradiated

 

  51   Fri Oct 1 10:06:59 2010 Manfred ValentanMicron Babyrunrun0217500001.10.2010 10:07:3701.10.2010 15:24:44

micron baby: 4 DUTs
HV=100V I=10.9uA (beginning)  13.6uA (end of run)
Beam on
60° rotation

 telescope run  20116

Attachment 1: run021_sensordisplay1.jpg
run021_sensordisplay1.jpg
Attachment 2: hit_map_und_cluster.png
hit_map_und_cluster.png
  52   Fri Oct 1 23:18:34 2010 Markus FriedlCNMrunrun022813901.10.2010 23:17:02 01.10.2010 23:45:51

CMN-SILC stack
HV_SILC (Katze)=75V, 0.25uA (6 SiLC)
HV_CNM (Keithley)=30V, CNM_1=84nA, CNM_2=4.3uA

not optimized alignment 

telescope run 20118

  53   Fri Oct 1 23:50:28 2010 Thomas BergauerCNMrunrun023227501.10.2010 23:49:2901.10.2010 23:53:12

CMN-SILC stack
HV_SILC (Katze)=75V, 0.25uA (6 SiLC)
HV_CNM (Keithley)=30V, CNM_1=84nA, CNM_2=4.3uA

too much optimized alignment (XY-table to 133/74/187.5)   ;-)

telescope run 20119

  50   Fri Oct 1 09:42:02 2010 Erik HuemerMicron Babyrunrun020184301.10.2010 09:59:09 01.10.2010 10.05

micron baby: 4 DUTs
HV=100V I=10.9uA
Beam on
60° rotation

Teleskop nicht neu gestartet, machma nochamal

  48   Thu Sep 30 23:09:29 2010 Thomas BergauerMicron Babyrunrun01916200030.09.2010 23:08:0301.10.2010 9:33:38

micron baby: 4 DUTs
HV=100V I=12uA I_stop=15.4uA
Beam on
45° rotation

 

telescope run  20115 (after JTAG programming of telescope chips due to config errors)


Attachment 1: run019_sensordisplay1.jpg
run019_sensordisplay1.jpg
Attachment 2: Eudet-X_Cluster_Corr-run020115.jpg
Eudet-X_Cluster_Corr-run020115.jpg
Attachment 3: Eudet-Num_Clusters-run020115.jpg
Eudet-Num_Clusters-run020115.jpg
  54   Fri Oct 1 23:55:12 2010 Thomas BergauerCNMrunrun024320k01.10.2010 23:53:1202.10.2010 09:47:37

CMN-SILC stack
HV_SILC (Katze)=75V, 0.25uA (6 SiLC)
HV_CNM (Keithley)=30V, CNM_1=84nA, CNM_2=4.3uA

optimized alignment (XY-table to 133/76/187.5)

telescope run 20120

Attachment 1: cnm_2d_2.png
cnm_2d_2.png
Attachment 2: cnm_2d_1.png
cnm_2d_1.png
  55   Sat Oct 2 09:57:20 2010 Thomas BergauerCNMrunrun025150k02.10.2010 09:54:2802.10.2010 14:21:20

 CMN-SILC stack

HV_SILC (Katze)=75V, 0.25uA (6 SiLC)
HV_CNM (Keithley)=30V, CNM_1=84nA, CNM_2=4.3uA

new position along the CNM strips (XY-table to 143/76/187.5)

telescope run 20122

 

Attachment 1: run20122.png
run20122.png
Attachment 2: slowcontrol_cnm.png
slowcontrol_cnm.png
Attachment 3: cnm_2d_1.png
cnm_2d_1.png
Attachment 4: cnm_2d_2.png
cnm_2d_2.png
  58   Sat Oct 2 17:24:12 2010 Markus FriedlITErunrun026583402.10.2010 17:23:46 02.10.2010 17:31:51

2 x SILC + 2 x ITE
HV=100V

 

trying to find beam
 

telescope run 20124

  60   Sat Oct 2 17:35:51 2010 Markus FriedlITErunrun027299902.10.2010 17:34:51 02.10.2010 17:38:39

2 x SILC + 2 x ITE
HV=100V
telescope position: 107

telescope run 20125

 

beam not found yet

  61   Sat Oct 2 18:36:57 2010 Markus FriedlITErunrun02816226302.10.2010 18:34:0603.10.2010 08:11:13

6 x SILC + 2 x ITE
HV=100V
telescope position: 119

 short break ~2.10.2010 20:00 (beam off for a couple of minutes for access by marcos)

telescope run 20126

ELOG V3.1.5-fc6679b