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  HEPHY logbook for testbeam at SPS September/October 2010, Page 3 of 8  Not logged in ELOG logo
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Entry  Mon Oct 4 23:12:16 2010, Manfred Valentan, BELLE, run, run44, 30000, 04.10.2010 23:?:?, 04.10.2010 23.57.23 

angle scan Origami 1 and  Micron wedge 1
HV = 100V
chiller set to 14°C

angle: 30°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: -22.5 (rotary table)

telescope run: 20150

Entry  Mon Oct 4 23:59:05 2010, Manfred Valentan, BELLE, run, run45, , 04.10.2010 ??:??:??, 05.10.2010 00:56:48 

angle scan Origami 1 and  Micron wedge 1
HV = 100V
chiller set to 14°C

angle: 45°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: -37.5 (rotary table)

telescope run: 20151

Entry  Tue Oct 5 10:20:30 2010, Manfred Valentan, BELLE, run, run46, 350000, 05.10.2010 01:00:00, 05.10.2010 10:16:07 

angle scan Origami 1 and  Micron wedge 1
HV = 100V
chiller set to 14°C

angle: 15°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: -7.5 (rotary table)

telescope run: 20152

Entry  Tue Oct 5 10:23:09 2010, Manfred Valentan, BELLE, run, run47, 30000, 05.10.2010 10:21:20, 05.10.2010  

angle scan Origami 1 and  Micron wedge 1
HV = 100V
chiller set to 14°C

angle: 0°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: +7.5 (rotary table)

telescope run: 20153

Entry  Fri Oct 8 23:22:32 2010, Manfred Valentan, BELLE, Schnittwinkel 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

Entry  Tue Oct 19 14:58:56 2010, Manfred Valentan, Micron Baby, geometry, , , ,  IMG_8888.JPGmicron_baby_stack_telescope_geometry.JPGmicron_baby_stack_telectope_geometry.dwg
 
Entry  Thu Mar 31 10:28:19 2011, Manfred Valentan, Micron Baby, DUT5, source run, post irrad, pre zupf, cal100, , 31.03.2011 10:24:59, 31.03.2011 10:33:15 

DUT5
cal-file: micronbaby_single_irrad_cal100.cfg


HV=+-50V
90Sr 1mCi ~centered
I_start=99muA
I_end=103muA

 

Entry  Thu Mar 31 11:05:39 2011, Manfred Valentan, Micron Baby, DUT5, source run, post irrad, pre zupf, run100, 100k, 31.03.2011 11:02:17, 31.03.2011 11:15:41 

DUT5
cal-file: micronbaby_multi6_irrad_run100.cfg


HV=+-50V
90Sr 1mCi ~centered
I_start=104µA
I_end=111µA

 

Entry  Thu Mar 31 12:11:04 2011, Manfred Valentan, Micron Baby, DUT4, source run, post irrad, pre zupf, cal101, , 31.03.2011 12:09:36, 31.03.2011 12:17:52 

DUT4
config file: micronbaby_single_irrrad_cal101.cfg


HV=+-50V
90Sr 1mCi ~centered
I_start=128µA
I_end=140µA

 

Entry  Thu Mar 31 12:24:24 2011, Manfred Valentan, Micron Baby, DUT4, source run, post irrad, pre zupf, run101, 100k, 31.03.2011 12:23:00, 31.03.2011 12:36:48 

DUT4
config file: micronbaby_multi6_irrrad_run101.cfg


HV=+-50V
90Sr 1mCi ~centered
I_start=128µA
I_end=155µA

 

Entry  Fri Apr 8 13:25:58 2011, Manfred Valentan, Micron Baby, sensors 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

Entry  Mon Apr 11 18:25:35 2011, Manfred Valentan, Micron Baby, DUT5, source run, post irrad, pre zupf, cal104, 83800, 11.04.2011 18:12:38, 11.04.2011 18:20:50 

DUT5 (atoll)
config file: D:/cern10/micronbaby/data_lab/DUT5/micronbaby_single_irrrad.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=26µA
I_end=48µA

 

Entry  Mon Apr 11 18:37:28 2011, Manfred Valentan, Micron Baby, DUT5, source run, post irrad, pre zupf, run104, 100k, 11.04.2011 18:25:28, 11.04.2011 18:32:11 

DUT5 (atoll)
config file: D:/cern10/micronbaby/data_lab/DUT5/micronbaby_multi6_irrrad.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=50µA
I_end=95µA

 

Entry  Wed Apr 13 12:13:09 2011, Manfred Valentan, Micron Baby, DUT5, source run, post irrad, post zupf ** DO NOT USE **, cal105, 83800, 13.04.2011 12:02:41, 13.04.2011 12:10:55  

DUT5 (atoll), each second bond removed to simulate intermediate strips
config file: D:/cern10/micronbaby/data_lab/DUT5/micronbaby_single_irrrad.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=18µA
I_end=21.5µA

data recorded with new switching power supplies and old intcal, which doesn't ignore bad strips!!!!!

Entry  Wed May 11 16:28:07 2011, Manfred Valentan, Micron Baby, DUT5, source run, post irrad, post zupf, run106, 100k, 11.05.2011 16:00, 11.05.2011 16:25 

DUT5 (atoll)
config file: D:/cern10/micronbaby/data_lab/DUT5/micronbaby_multi6_irrrad.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=52µA
I_end=120µA

 DAQ modified so that only strips marked as good are considered when calculating the common mode correction.

Entry  Wed May 11 16:28:20 2011, Manfred Valentan, Micron Baby, DUT5, source run, post irrad, post zupf, cal106, 100k, 11.05.2011 16:00, 11.05.2011 16:25 

DUT5 (atoll)
config file: D:/cern10/micronbaby/data_lab/DUT5/micronbaby_multi6_irrrad.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=52µA
I_end=120µA

 DAQ modified so that only strips marked as good are considered when calculating the common mode correction.

Entry  Tue May 17 13:02:34 2011, Manfred Valentan, Micron Baby, TRK1, source run, unirrad, prezupf, cal107, 83800, 17.05.2011 12:20, 17.05.2011 12:35 

TRK1: B2Micron_2826_1_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK1/prezupf/micronbaby_single.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.1µA
I_end=2µA

Entry  Tue May 17 13:08:08 2011, Manfred Valentan, Micron Baby, TRK1, source run, unirrad, prezupf, run107, 100k, 17.05.2011 12:39:34, 17.05.2011 13:03:05 run107_all_hits_apv4.pngrun107_all_hits_apv5.pngcal107_pednoise_apv4.pngcal107_pednoise_apv5.png

DUT candidate common p-stop

TRK1: B2Micron_2826_1_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK1/prezupf/micronbaby_multi6.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.1µA
I_end=2µA

n-side: half of zones 1 and 4 obsolete due to noisy strips, rest is okay. DUT Candidate

Entry  Tue May 17 13:31:32 2011, Manfred Valentan, Micron Baby, TRK2, source run, unirrad, prezupf, cal108, 83800, 17.05.2011 13:17:17, 17.05.2011 13:25:27 

TRK2: B2Micron_2826_1_baby3 (atoll p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK2/prezupf/micronbaby_single.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.0µA
I_end=1.3µA

Entry  Tue May 17 14:01:45 2011, Manfred Valentan, Micron Baby, TRK2, source run, unirrad, prezupf, run108, 100k, 17.05.2011 13:28:48, 17.05.2011 13:51:16 run108_all_hits_apv4.pngrun108_all_hits_apv5.pngcal108_pednoise_apv4.pngcal108_pednoise_apv5.png

No DUT candidate (atoll p-stop)

TRK2: B2Micron_2826_1_baby3 (atoll p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK2/prezupf/micronbaby_multi6.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.3µA
I_end=2µA

n-side: APV4 most strips unusable, no DUT candidate

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