ELOG testbeam-SPS10

Equipment List

Slow Control:
3x Source Measurement Unit Keithley K2410
-- Inv.Nr.: 540-702, 1000EUR
-- Inv.Nr.: 540-730, 1000EUR
-- Inv.Nr.: 540-709, 1000EUR
-- Koax-Kabel + Adapter auf Banane
Scanning Voltmeter Keithley K2700 , Inv.Nr.: 540-698, 1000EUR
-- Shunt-Widerstand-Platine
-- Flachbandkabel fuer Verbindung Shunt-Platine<->K2700
TRHX
-- 3 Sensoren
-- 2 lange Flachbandkabel, 1 serielles Kabel
LV-Power-Supplies, je 150EUR
-- GW Instek GPC-1850, SN.: 4080392
-- GW Instek GPC-1850D, Inv.Nr.: 545-059
-- GW Instek GPC-1850D, Inv.Nr.: 545-062
-- Systron Donner HR 20-10A, SN.: 781-092
-- Systron Donner HR 20-10A, SN.: 781-096
-- GW Instek GPS-3030D SN.: E871711
-- HAMEG MHP4030 SN.: 057910044 500EUR
Oszilloskop Tektronix TDS 3054, SN.: B011109, 2500EUR
-- 3 probes
Die Katze (Belle-HV-Supply)
-- 2x HV-Kabel 30m (rot/schwarz)
GBIP
USB Adapter NI GPIB-USB-HS, S/N 14693EB, 100EUR
-Kabel, 3x lang, 1x kurz
USB Temperaturlogger PicoTech TC-08, S/N.: VSR 08/519 100EUR

BELLE DAQ (CERN):
Chrisu-PC, Inv.Nr.: 401-925
-- Monitore
---- Belinea, Inv.Nr.: 401-696
---- Gericom, SN.: M1132GR5467345
-- Keyboard & Maus
Wiener 9U-VME-Crate, Inv.Nr.: 545-043, 2000EUR
-- Power Supply
-- VME-Controller
-- 4 VME-Module (1x Buffer, 1, Neco, 2x FADC)
DOCK-Box
-- Power Kabel
VME-Kabel (bockig) + Verlaengerung
30m-Kabel (8xCat7, 2xCat5, 2xgrau)
Lemo-Kabel
100pin-Flachkabel Neco-Buffer
Bananenkabel
Hybridkabel
Special TLU-Adapter (flipping pin order of RJ45)
Schrauben für Crate-Montage
Erdungskabel (liegen am CERN im Labor)
Magic Box

APVDAQ (Mol):
PC Inv.Nr: 401-943
-- Ilyama E2407, S/N 1105702000889
-- Keyboard & Maus
VME Crate Inv.Nr: 545-030
-- Create Controller Inv.Nr: 540-732
-- 3x APVDAQ
Repeater Board
-- 3x auf Platte montiert
Kabel
-- VME-Kabel (bockig)
-- 4x Netzwerk (gelb 1:1 verschalten)
-- 4x Netzwerk (grau 1:1 verschalten)
-- 1x Flachband
-- diverse Bananen

DUT:
Schraubenbox bau
-- diverse Schrauben
-- Gewindestangen
-- Fluegelmittern
-- 2x Sockel
4mm Steckschlauch fuer Trockenluft
Anschluss 1/8" auf 4mm Steckschlauch
Druckminderer
-- 6mm Snap-In
-- 6mm Schlauch
Chiller Huber ministat 230, Inv.Nr.: 482-021, 3000EUR
-- Manual
-- Netzteil
-- langes serielles Kabel
-- 5-6mm Schlauch
-- Adapter
-- 5 Liter dest. Wasser (falls noch Platz ist)
-- Frostschutz
-- LabView (falls ferngesteuert)
Box-Deckel
Baseplates (4?)
Schwarze Selbstklebefolie
Alufolie
GROSSES SCHWARZES LICHTDICHTES TUCH !!!!
Module
-- 2 x Micron Trapezoid
-- 2 x 6" Origami
-- 9 x Micron Baby
-- 2 x CNM 2D Sensoren
-- 8x SiLC (No. 0-7)
-- 2x Pt

EDV:
Netzwerk-Switch:
-- D-Link 8-Port GBit-Switch DGS1008D S/N F37v89B010104, 40 EUR
WLAN-Router: Linksys WRT54GL-DE, SN.: CL7B1H502248, 60 EUR
1TB externe Festplatte: Western Digital MyBook, SN.: WCAJ1469094, 40 EUR
-- Netzgeraet
-- USB-Kabel
-- Firewire 400/800 Kabel
Webcam
USB-Stick
Etikettiergeraet: Brother P-touch 1000
Laptops
-- Apple MacBook (MV) Inv.Nr.: 401-810
(-- Apple MacBook Pro (MD) Inv Nr.: 401-831)
2x USB-Seriell Adapter
Netzwerkkabel
1 Trommel Ethernet-Kabel (100m, vom Walzel)
einige RJ-45 Stecker
2.5" externe HD
CD/DVD Rohlinge

Tools:
Diverse Adaptoren Lemo-BNC, Lemo-Lemo
Taschenlampe + 2x Hirnbirn
Massband
Multimeter
Werkzeug (Schraubenzieher & Co)
Pinzetten
Laserpointer
Schwarze Fetzen
Gaffa
Doppelscotch
Kabelbinder
Druckluft zur Reinigung
Adapter f. Steckdosen
Verteiler-Leisten
Kabeltrommel
Schaltbare Steckerleisten
Tixo klein & gross
Loetstation Advanced JBC, SN.: 76841165, inkl. Zubehoer
Ethernet-Crimp-Zange
Eisensagl
Schublehre
Wasserwaage

Misc:
Fondueset Wink

Spiegelreflex Digitalkamera
-- Stativ
-- Reflexionszelt
Scheinwerfer
-- 3 x 500 W
-- 2 x Stativ
Akkus+Ladegerät
Dickes Logbook
Kugelschreiber/Bleistifte
Pflaster
Carnet ATA

Thu Sep 23 15:32:28 2010

Modul B2Micron_2826_7_Baby4 -> UNBRAUCHBAR

p-side: Hybrid 42
APV2: viele gerissene bonds der inneren Bondreihe
APV3: gerissene bonds innen

n-side: Hybrid 32
APV4: 0-35 fail
APV5: 10-40, 68 fail

Attachment 1: hardrun_2826_7_type4_pednoise_apv0.png

Attachment 2: hardrun_2826_7_type4_pednoise_apv1.png

Attachment 3: hardrun_2826_7_type4_pednoise_apv2.png

Attachment 4: hardrun_2826_7_type4_pednoise_apv3.png

Attachment 5: hardrun_2826_7_type4_pednoise_apv4.png

Attachment 6: hardrun_2826_7_type4_pednoise_apv5.png

Thu Sep 23 15:37:54 2010

Modul B2Micron_2826_19_Baby4 -> TRACKING & best DUT candidate

p-side: Hybrid 48
alles ok

n-side: Hybrid 35 (wurde repariert, nachdem ein paar bonds dran glauben mussten...)
APV4: 15-25 hoher noise, keine Fehler zu sehen -> Sensorfehler?
APV5: 127&128 kreuzen sich, beim Behebungsversuch mehr Schaden angerichtet -> besser mal die Finger davon lassen!

Attachment 1: hardrun_2826_19_type4_pednoise_apv0.png

Attachment 2: hardrun_2826_19_type4_pednoise_apv1.png

Attachment 3: hardrun_2826_19_type4_pednoise_apv2.png

Attachment 4: hardrun_2826_19_type4_pednoise_apv3.png

Attachment 5: hardrun_2826_19_type4_pednoise_apv4.png

Attachment 6: hardrun_2826_19_type4_pednoise_apv5.png

Thu Sep 23 15:54:20 2010

Modul B2Micron_2826_19_Baby3 -> DUT & TRACKING

p-side: Hybrid 47
alles ok

n-side: Hybrid 38
APV5: Streifen 127 hoher Noise

ALS DUT VERWENDEN!

Attachment 1: hardrun_2826_19_type3_pednoise_apv0.png

Attachment 2: hardrun_2826_19_type3_pednoise_apv1.png

Attachment 3: hardrun_2826_19_type3_pednoise_apv2.png

Attachment 4: hardrun_2826_19_type3_pednoise_apv3.png

Attachment 5: hardrun_2826_19_type3_pednoise_apv4.png

Attachment 6: hardrun_2826_19_type3_pednoise_apv5.png

Thu Sep 23 16:00:31 2010

Modul B2Micron_2826_19_Baby2 -> TRACKING

p-side: Hybrid 46
alles ok

n-side: Hybrid 37
APV4: 70-75 schlecht, nix zu sehen -> Sensorfehler
APV5: 115-128 schlecht, rebond fail?

FUER TRACKING GEEIGNET!

Attachment 1: hardrun_2826_19_type2_pednoise_apv0.png

Attachment 2: hardrun_2826_19_type2_pednoise_apv1.png

Attachment 3: hardrun_2826_19_type2_pednoise_apv2.png

Attachment 4: hardrun_2826_19_type2_pednoise_apv3.png

Attachment 5: hardrun_2826_19_type2_pednoise_apv4.png

Attachment 6: hardrun_2826_19_type2_pednoise_apv5.png

Thu Sep 23 16:01:10 2010

Modul B2Micron_2826_7_Baby3 -> DUT

p-side: Hybrid 40
APV3: letzte 10 Streifennicht gebondet, ging sich beim Prototyp-Modul an der Stelle nicht aus

n-side: Hybrid 30
APV5: 57-64 schlecht, rebond fail?

ALS DUT GEEIGNET!

Attachment 1: hardrun_2826_7_type3_pednoise_apv0.png

Attachment 2: hardrun_2826_7_type3_pednoise_apv1.png

Attachment 3: hardrun_2826_7_type3_pednoise_apv2.png

Attachment 4: hardrun_2826_7_type3_pednoise_apv3.png

Attachment 5: hardrun_2826_7_type3_pednoise_apv4.png

Attachment 6: hardrun_2826_7_type3_pednoise_apv5.png

Thu Sep 23 16:12:54 2010

Modul B2Micron_2826_7_Baby2 -> DUT & TRACKING

p-side: Hybrid 41
alles ok

n-side: Hybrid 31
APV4: Streifen 0, 83 schlecht
APV5: Streifen 64, 88, 126 schlecht

ALS DUT GEEIGNET!
FUER TRACKING GEEIGNET!

Attachment 1: hardrun_single_2826_7_type2_pednoise_apv0.png

Attachment 2: hardrun_single_2826_7_type2_pednoise_apv1.png

Attachment 3: hardrun_single_2826_7_type2_pednoise_apv2.png

Attachment 4: hardrun_single_2826_7_type2_pednoise_apv3.png

Attachment 5: hardrun_single_2826_7_type2_pednoise_apv4.png

Attachment 6: hardrun_single_2826_7_type2_pednoise_apv5.png

Thu Sep 23 16:19:54 2010

Modul 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

Attachment 2: hardrun_single_2826_1_type4_pednoise_apv1.png

Attachment 3: hardrun_single_2826_1_type4_pednoise_apv2.png

Attachment 4: hardrun_single_2826_1_type4_pednoise_apv3.png

Attachment 5: hardrun_single_2826_1_type4_pednoise_apv4.png

Attachment 6: hardrun_single_2826_1_type4_pednoise_apv5.png

Thu Sep 23 16:22:33 2010

Modul 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

Attachment 2: hardrun_single_2826_1_type3_pednoise_apv1.png

Attachment 3: hardrun_single_2826_1_type3_pednoise_apv2.png

Attachment 4: hardrun_single_2826_1_type3_pednoise_apv3.png

Attachment 5: hardrun_single_2826_1_type3_pednoise_apv4.png

Attachment 6: hardrun_single_2826_1_type3_pednoise_apv5.png

Thu Sep 23 16:23:07 2010

Modul 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

Attachment 2: hardrun_2826_1_type2_pednoise_apv1.png

Attachment 3: hardrun_2826_1_type2_pednoise_apv2.png

Attachment 4: hardrun_2826_1_type2_pednoise_apv3.png

Attachment 5: hardrun_2826_1_type2_pednoise_apv4.png

Attachment 6: hardrun_2826_1_type2_pednoise_apv5.png

Fri Sep 24 12:09:32 2010

gds-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>
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  <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/>
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  <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>
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   <dither-pattern>I9</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
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   <marked>false</marked>
   <animation>0</animation>
   <name>1/0@1 N+</name>
   <source>1/0@1</source>
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   <fill-color>#ff0000</fill-color>
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   <visible>true</visible>
   <transparent>false</transparent>
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   <marked>false</marked>
   <animation>0</animation>
   <name>2/0@1 P+</name>
   <source>2/0@1</source>
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  <group-members>
   <frame-color>#ff8000</frame-color>
   <fill-color>#ff8000</fill-color>
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   <visible>true</visible>
   <transparent>false</transparent>
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   <marked>false</marked>
   <animation>0</animation>
   <name>3/0@1 Via</name>
   <source>3/0@1</source>
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  <group-members>
   <frame-color>#000080</frame-color>
   <fill-color>#000080</fill-color>
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   <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>
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   <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>
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   <marked>false</marked>
   <animation>0</animation>
   <name>6/0@1 Polysilicon</name>
   <source>6/0@1</source>
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  <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>
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   <marked>false</marked>
   <animation>0</animation>
   <name>21/0@1 N+ Back</name>
   <source>21/0@1</source>
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  <group-members>
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   <dither-pattern>I5</dither-pattern>
   <visible>true</visible>
   <transparent>false</transparent>
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   <marked>false</marked>
   <animation>0</animation>
   <name>22/0@1 P+ Back</name>
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  <group-members>
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   <visible>true</visible>
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   <marked>false</marked>
   <animation>0</animation>
   <name>24/0@1 Metal Back</name>
   <source>24/0@1</source>
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  <group-members>
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   <visible>true</visible>
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   <marked>false</marked>
   <animation>0</animation>
   <name>25/0@1 Passivation Back</name>
   <source>25/0@1</source>
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  <group-members>
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   <visible>true</visible>
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   <visible>true</visible>
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   <marked>false</marked>
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   <name>27/0@1 Polysilicon Head Back</name>
   <source>27/0@1</source>
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  <group-members>
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   <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>
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 <properties>
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  <fill-color>#000000</fill-color>
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  <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>

Mon Sep 27 15:39:33 2010

PI-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).

Mon Sep 27 15:41:28 2010

Szintillatoren

1: breit (1)

2: schmal (2)

3: breit (4)

4: schmal (8)

AND aus beiden breiten: 5

AND aus beiden schmalen: 10

Mon Sep 27 15:42:09 2010

TLU: 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)

Mon Sep 27 18:54:47 2010

XY Position

center position: 55/40/277,5

Tue Sep 28 14:38:24 2010

Christian Irmler

Temperature 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.

Tue Sep 28 16:50:31 2010

serial connection chiller

Der chiller braucht ein gekreuztes serielles Kabel!!

Tue Sep 28 22:09:39 2010

Markus Friedl

Temperature 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.

Wed Sep 29 18:53:05 2010

XY 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

Thu Sep 30 10:56:34 2010

Christian Irmler