Home CMS Production Clean room MedAustron HEPHY testbeams old
testbeam-rd50-desy-Oct2024 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 7 of 8  Not logged in ELOG logo
ID Date Author Project Subject Run Numberdown Events StartTime EndTime
  9   Thu Sep 23 16:19:54 2010 Manfred ValentanMicron BabyModul B2Micron_2826_1_Baby4, DUT EINGESCHRAENKT, TRACKING    

p-side: Hybrid 45
APV0: beide Randstreifen schlecht
APV1: Streifen 0 schlecht
APV3: beide Randstreifen etwas schlechter, nicht schlimm

n-side: Hybrid 36
APV4: 0, 9, 40, 79-85, 97, 102, 124 Sensorfehler?
APV5: 0-30 vereinzelt schlechte Streifen, 115-128 Bonds beruehren
 

ALS DUT AUGENZUDRUECKEN GEEIGNET!
FUER TRACKING GEEIGNET!

 

 

Attachment 1: hardrun_single_2826_1_type4_pednoise_apv0.png
hardrun_single_2826_1_type4_pednoise_apv0.png
Attachment 2: hardrun_single_2826_1_type4_pednoise_apv1.png
hardrun_single_2826_1_type4_pednoise_apv1.png
Attachment 3: hardrun_single_2826_1_type4_pednoise_apv2.png
hardrun_single_2826_1_type4_pednoise_apv2.png
Attachment 4: hardrun_single_2826_1_type4_pednoise_apv3.png
hardrun_single_2826_1_type4_pednoise_apv3.png
Attachment 5: hardrun_single_2826_1_type4_pednoise_apv4.png
hardrun_single_2826_1_type4_pednoise_apv4.png
Attachment 6: hardrun_single_2826_1_type4_pednoise_apv5.png
hardrun_single_2826_1_type4_pednoise_apv5.png
  10   Thu Sep 23 16:22:33 2010 Manfred ValentanMicron BabyModul B2Micron_2826_1_Baby3, TRACKING    

p-side: Hybrid 44
alles ok

n-side: Hybrid 34
APV4: zur Gaenze schlecht, APV-Fehler?
APV5: beide Randstreifen schlecht

FUER TRACKING GEEIGNET!

 

 

 

 

 

Attachment 1: hardrun_single_2826_1_type3_pednoise_apv0.png
hardrun_single_2826_1_type3_pednoise_apv0.png
Attachment 2: hardrun_single_2826_1_type3_pednoise_apv1.png
hardrun_single_2826_1_type3_pednoise_apv1.png
Attachment 3: hardrun_single_2826_1_type3_pednoise_apv2.png
hardrun_single_2826_1_type3_pednoise_apv2.png
Attachment 4: hardrun_single_2826_1_type3_pednoise_apv3.png
hardrun_single_2826_1_type3_pednoise_apv3.png
Attachment 5: hardrun_single_2826_1_type3_pednoise_apv4.png
hardrun_single_2826_1_type3_pednoise_apv4.png
Attachment 6: hardrun_single_2826_1_type3_pednoise_apv5.png
hardrun_single_2826_1_type3_pednoise_apv5.png
  11   Thu Sep 23 16:23:07 2010 Manfred ValentanMicron BabyModul B2Micron_2826_1_Baby2, DUT (eingeschraenkt) & TRACKING    

p-side: Hybrid 43
APV3: Streifen 9 schlecht

n-side: Hybrid 33
APV4: 0-10 andere Bond-Parameter?, 28&29 erhoehtes noise
APV5: 111-128: 4 schlechte Streifen + common mode correction?

ALS DUT GEEIGNET!
FUER TRACKING GEEIGNET!

 

 

 

 

 

Attachment 1: hardrun_2826_1_type2_pednoise_apv0.png
hardrun_2826_1_type2_pednoise_apv0.png
Attachment 2: hardrun_2826_1_type2_pednoise_apv1.png
hardrun_2826_1_type2_pednoise_apv1.png
Attachment 3: hardrun_2826_1_type2_pednoise_apv2.png
hardrun_2826_1_type2_pednoise_apv2.png
Attachment 4: hardrun_2826_1_type2_pednoise_apv3.png
hardrun_2826_1_type2_pednoise_apv3.png
Attachment 5: hardrun_2826_1_type2_pednoise_apv4.png
hardrun_2826_1_type2_pednoise_apv4.png
Attachment 6: hardrun_2826_1_type2_pednoise_apv5.png
hardrun_2826_1_type2_pednoise_apv5.png
  12   Fri Sep 24 12:09:32 2010 Manfred ValentanBELLEgds-file of Micron wafer    
Attachment 1: WaferMicron30.gds
Attachment 2: DSSD_layerproperties.lyp
<?xml version="1.0"?>
<layer-properties>
 <properties>
  <frame-color>#000000</frame-color>
  <fill-color>#000000</fill-color>
  <frame-brightness>0</frame-brightness>
  <fill-brightness>0</fill-brightness>
  <dither-pattern>I9</dither-pattern>
  <visible>true</visible>
  <transparent>false</transparent>
  <width>1</width>
  <marked>false</marked>
  <animation>0</animation>
  <name>0/0@1 Mask dimensions</name>
  <source>0/0@1</source>
 </properties>
 <properties>
  <frame-color/>
  <fill-color/>
  <frame-brightness>0</frame-brightness>
  <fill-brightness>0</fill-brightness>
  <dither-pattern/>
  <visible>true</visible>
  <transparent>false</transparent>
  <width>0</width>
  <marked>false</marked>
  <animation>0</animation>
  <name>p-side (junction)</name>
  <source>*/*@*</source>
  <group-members>
   <frame-color>#01ff6b</frame-color>
   <fill-color>#01ff6b</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>1/0@1 N+</name>
   <source>1/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#ff0000</frame-color>
   <fill-color>#ff0000</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>2/0@1 P+</name>
   <source>2/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#ff8000</frame-color>
   <fill-color>#ff8000</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>3/0@1 Via</name>
   <source>3/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#000080</frame-color>
   <fill-color>#000080</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>4/0@1 Metal</name>
   <source>4/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#800080</frame-color>
   <fill-color>#800080</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>5/0@1 Passivation</name>
   <source>5/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#91ff00</frame-color>
   <fill-color>#91ff00</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>6/0@1 Polysilicon</name>
   <source>6/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#008000</frame-color>
   <fill-color>#008000</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>7/0@1 Polysilicon Head</name>
   <source>7/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#ff8000</frame-color>
   <fill-color>#ff8000</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>8/0@1 Via Edge Ring</name>
   <source>8/0@1</source>
  </group-members>
 </properties>
 <properties>
  <frame-color/>
  <fill-color/>
  <frame-brightness>0</frame-brightness>
  <fill-brightness>0</fill-brightness>
  <dither-pattern/>
  <visible>true</visible>
  <transparent>false</transparent>
  <width>0</width>
  <marked>false</marked>
  <animation>0</animation>
  <name>n-side (ohmic)</name>
  <source>*/*@*</source>
  <group-members>
   <frame-color>#01ff6b</frame-color>
   <fill-color>#01ff6b</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>21/0@1 N+ Back</name>
   <source>21/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#ff0000</frame-color>
   <fill-color>#ff0000</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>22/0@1 P+ Back</name>
   <source>22/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#ff8000</frame-color>
   <fill-color>#ff8000</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>23/0@1 Via Back</name>
   <source>23/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#0000ff</frame-color>
   <fill-color>#0000ff</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>24/0@1 Metal Back</name>
   <source>24/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#800080</frame-color>
   <fill-color>#800080</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>25/0@1 Passivation Back</name>
   <source>25/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#91ff00</frame-color>
   <fill-color>#91ff00</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>26/0@1 Polysilicon Back</name>
   <source>26/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#008000</frame-color>
   <fill-color>#008000</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>27/0@1 Polysilicon Head Back</name>
   <source>27/0@1</source>
  </group-members>
  <group-members>
   <frame-color>#ff8000</frame-color>
   <fill-color>#ff8000</fill-color>
   <frame-brightness>0</frame-brightness>
   <fill-brightness>0</fill-brightness>
   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
   <width>1</width>
   <marked>false</marked>
   <animation>0</animation>
   <name>28/0@1 Via Edge Ring Back</name>
   <source>28/0@1</source>
  </group-members>
 </properties>
 <properties>
  <frame-color>#000000</frame-color>
  <fill-color>#000000</fill-color>
  <frame-brightness>0</frame-brightness>
  <fill-brightness>0</fill-brightness>
  <dither-pattern>I9</dither-pattern>
  <visible>true</visible>
  <transparent>false</transparent>
  <width>1</width>
  <marked>false</marked>
  <animation>0</animation>
  <name>100/0@1 Wafer Dimensions</name>
  <source>100/0@1</source>
 </properties>
</layer-properties>
  13   Mon Sep 27 15:39:33 2010 Thomas BergauercommonPI-XY Table    

M-521.dd: (links/rechts)

downstream rechts => pos. limit [0]

downstream links => neg. limit [207]

----------------------

M-511.dd: (oben/unten)

oben [102]

unten [0]

----------------------

M-060.dg: (rotation)

parallel beam [7,5]

 

-------------------------------------------

Remote Control:

lokal ssh tunnel starten:
ssh -g -C -L5959:zenpixelw:5900 eudet@eudetmac001.cern.ch

danach mit "Chicken of the VNC" (von lokalem Mac) VNC auf localhost (port 5959). 

  14   Mon Sep 27 15:41:28 2010 Thomas BergauercommonSzintillatoren    

1: breit  (1)

2: schmal (2)

3: breit  (4)

4: schmal  (8)

 

AND aus beiden breiten: 5

AND aus beiden schmalen: 10

 

  15   Mon Sep 27 15:42:09 2010 Thomas BergauercommonTLU: wir stecken auf DUT 3    

TLUControl.exe ist auf zenpixell3 unter /home/eudet/eudaq/bin

TLUControl.exe -d 14 -a 12
-dXX Mask for DUT:
1   abgeschnittenes Dummykabel
2   EUDRB hinten
4   EUDRB vorne
8   DUT3(wir)
-t100 internal trigger
-aXX Mask for Szintis:
1   4 mm (front)
2   4 mm (front)
4   9 mm (back)
8   9 mm (back)
  16   Mon Sep 27 18:54:47 2010 Thomas BergauerBELLEXY Position    

center position: 55/40/277,5

  21   Tue Sep 28 14:38:24 2010 Christian IrmlerBELLETemperature sensors Belle stack    

PicoLogic TC-08 temperature sensor assignment Belle stack:

Sensor type: K

channel 1:  Origami_mod1_in
channel 2:  Origami_mod1_out
channel 3:  Origami_mod2_in
channel 4:  Origami_mod2_out
channel 5:  Micron_wedge_mod1_p
channel 6:  Micron_wedge_mod1_n
channel 7:  Micron_wedge_mod2_p
channel 8:  Micron_wedge_mod2_n
 

The cooling pipes of the two Origami modules and that of the Micron modules are connected in series, respectively.

  24   Tue Sep 28 16:50:31 2010 Thomas Bergauercommonserial connection chiller    

 Der chiller braucht ein gekreuztes serielles Kabel!!

  26   Tue Sep 28 22:09:39 2010 Markus FriedlBELLETemperature sensors Belle stack    

PicoLogic TC-08 temperature sensor assignment Belle stack:

Sensor type: K

channel 1:  Origami_mod1_in
channel 2:  Origami_mod1_out
channel 3:  Origami_mod2_out    (swapped with 4)  - label not changed
channel 4:  Origami_mod2_in      (swapped with 3)  - label not changed
channel 5:  Micron_wedge_mod1_p
channel 6:  Micron_wedge_mod1_n
channel 7:  Micron_wedge_mod2_p
channel 8:  Micron_wedge_mod2_n
 

The cooling pipes of the two Origami modules are connected in series, respectively.

  38   Wed Sep 29 18:53:05 2010 Thomas BergauerMicron BabyXY Positions    

center position: 113/47/7.5

top left (direction jura): 121/53.5/7.5

bottom right (direction saleve): 105/40.5/7.5

  42   Thu Sep 30 10:56:34 2010 Christian IrmlercommonRoom numbers    

Room and telefone numbers.

 

Name Building Room Tel.
Bergi 38 418 70 418 or 162471 (mobile)
Markus 41 021 60 021
Manfred 38 404 70 404
Erik 38 463 70 463
Immanuel 38 313 70 313
Chrisu 39 324

79 324

Marko 39 007 79 007
Paqui 38 107 70 107

 

  56   Sat Oct 2 15:24:00 2010 Erik HuemerITEXY Position and Slow Control    

center position: 119/48/187,5

 

Attachment 1: ITE128_SlowControl_FirstRun.png
ITE128_SlowControl_FirstRun.png
  65   Sun Oct 3 16:23:20 2010 Erik HuemerPtXY/R Position    

centerposition: 119/43/187,5

27 grad: 214,5

  80   Mon Oct 4 16:29:36 2010 Christian Irmlercommonbeam settings    

beam settings optimized by beamline operator

wire champer display fixed

Attachment 1: beamprofile_run042.gif
beamprofile_run042.gif
Attachment 2: beamsettings_run042.jpg
beamsettings_run042.jpg
  89   Wed Oct 6 10:15:26 2010 Marko DragicevicMicron BabyXY Positions After Irradiation    

center position: 119/50/(7.5)

top left (direction jura, bottom right on sensor): 127/56.5/7.5

bottom right (direction saleve, top left on sensor): 111/43.5/7.5

  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
  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

  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)

ELOG V3.1.5-fc6679b