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

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)

Tue Sep 28 16:50:31 2010

serial connection chiller

Der chiller braucht ein gekreuztes serielles Kabel!!

Wed Sep 29 16:28:17 2010

EUDET telescope pedestal run

20089

122850 (events built)

29.09.2010 16:27

29.09.2010 17:33

EUDAQ config eudet2-test-6boards-in-2crates

rate: ~745.5 Hz

Wed Sep 29 17:38:15 2010

EUDET telescope pedestal run

new pedestal run of EUDET telescope with new JTAG settings of plane 3 (sensor 11) [according to Ingrid]:

VRef2 98
VRef1A 87
VRef1B 143
VRef1C 108
VRef1D 153

Thu Sep 30 10:56:34 2010

Christian Irmler

Room 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

Fri Oct 1 09:33:45 2010

Immanuel Gfall

Eudet Hit Correlation, Num Clusters Screenshots

20115

161135

9:30

[IMG]49/2[/IMG]

Attachment 2: Eudet-X_Cluster_Corr-run020115.jpg

Mon Oct 4 16:29:36 2010

Christian Irmler

beam settings

beam settings optimized by beamline operator

wire champer display fixed

Attachment 1: beamprofile_run042.gif

Attachment 2: beamsettings_run042.jpg

Wed Oct 6 23:02:09 2010

Marko Dragicevic

Beam Configuration

Beam Settings and Profile on 5.10.2010 - 17:00h

Saved as: H6B.801

Attachment 1: BeamProfile.gif

Attachment 2: BeamMagnets.gif

Attachment 3: BeamColli.gif

107

Sat Oct 9 18:56:35 2010

run039 --> run out of air --> repeat

path 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)

108

Sat Oct 9 19:44:36 2010

Sun Oct 10 15:45:04 2010

;-)

genau das gleiche wollte ich auch gerade schreiben!

110

Mon Oct 11 11:18:17 2010

der Beiweis :-)

Attachment 1: IMG_9033.JPG

Sun Oct 3 16:23:20 2010

Erik Huemer

XY/R Position

centerposition: 119/43/187,5

27 grad: 214,5

Sun Oct 3 18:23:27 2010

pt modules angle scan
h01-Pt and h02-Pt
currents: h01=23.1µA h02=10.4µA
HV=200V
beam on

modules flushed with dry air

Attachment 1: slowcontrol_pt_cal010.gif

Sun Oct 3 18:52:56 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=23.1A h02=10.4A
HV=200V beam on
angle: 27

telescope run 20134

Sun Oct 3 20:44:40 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=20.5A h02=6.5A
HV=200V beam on
angle: 29

telescope run 20135

Sun Oct 3 21:49:19 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=22.9A h02=6.9A
HV=200V beam on
angle: 31

telescope run 20136

Sun Oct 3 22:53:49 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=22.9A h02=6.9A
HV=200V beam on
angle: 33

telescope run 20138

Mon Oct 4 00:08:55 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=21.9A h02=7.5A
HV=200V beam on
angle: 37

telescope run 20139

Mon Oct 4 09:31:25 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=24.7A h02=11.8A
HV=200V beam on
angle: 35 deg

telescope run 20140

Mon Oct 4 10:43:45 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=24.9A h02=12.5A
HV=200V beam on
angle: 39 deg

telescope run 20142

Mon Oct 4 11:43:05 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=25.4A h02=13.1A
HV=200V beam on
angle: 41 deg

telescope run 20143

Mon Oct 4 12:24:38 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=26.6A h02=13.1A
HV=200V beam on
angle: 43 deg

telescope run 20144

Mon Oct 4 12:50:13 2010

Erik Huemer

run

25600

04.10.2010 12:45:17

04.10.2010 14:00:00

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=26.0A h02=13.4A
HV=200V beam on
angle: 45 deg

run out of dry air --> h01 run into compliance --> HV turned off during run automatically --> has to be repeated

telescope run 20145

Mon Oct 4 14:15:22 2010

run040 --> unusable --> no bias

run

25600

04.10.2010 14:?:?

04.10.2010 14:32:14

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=26.0A h02=13.4A
HV=200V beam on
angle: 47 deg

telescope run 20146

bias voltage has been ramped down during run039 --> needs to be repeated.

Mon Oct 4 15:39:34 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=26.0A h02=13.4A
HV=200V beam on
angle: 45 deg
position axis = 232.5

repetition of run039

telescope run20147

Mon Oct 4 16:15:48 2010

Pt modules, angle scan

h01-Pt and h02-Pt
currents: h01=28.1A h02=2.4A
HV=200V beam on
angle: 47 deg

repetition of run040, but now biased :-)

telescope run 20148

120

Wed May 4 15:14:31 2011

info about module

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

im Abstand von 2mm uebereinander

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

Wed Sep 29 17:38:19 2010

micron baby stack
HV=100V I=6.5uA
Beam off

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

Wed Sep 29 19:01:28 2010

micron baby stack
HV=100V I=11.0uA
Beam on
telescope position: 121/55/7.5

telescope run 20105

Wed Sep 29 19:08:56 2010

micron baby stack
HV=100V I=11.0uA
Beam on
telescope position: 121/53.5/7.5 (shifted in height by -1.5mm wrt run012 for better DUT centering)

telescope run 20107

Attachment 1: run013_hit.png

Thu Sep 30 00:56:32 2010

micron baby stack

HV=100V I=11.0uA

I_end = 16uA

Beam on

telescope position: 105/40.5/7.5

telescope run 20108

Thu Sep 30 14:45:16 2010

micron baby stack angle scan 15 grad mit 3 modulen

HV=100V, I=3.8uA

Beam on

telescope position: 129/76/187.5

telescope run 20109

Thu Sep 30 15:06:28 2010

micron baby: 4 DUTs - angle scan
HV=100V I=6.8uA
Beam off (turned on at ~8k events)

Thu Sep 30 15:39:53 2010

micron baby: 4 DUTs
HV=100V I=10.3uA (start of run); I=16.2uA (end of run)
Beam on

reference run @ 0°

telescope run 20110

Attachment 1: eventdisplay_schoen.png

Attachment 2: event_display_nichsoschoen.png

Thu Sep 30 18:12:53 2010

micron baby: 4 DUTs
HV=100V I=13.5uA, I_stop=17uA
Beam on
15° rotation

telescope run 20111

Attachment 1: number_of_clusters_telescope.png

Thu Sep 30 20:47:01 2010

micron baby: 4 DUTs
HV=100V I=13.7uA, I_stop=15.6uA
Beam on
30° rotation

telescope run 20112

Thu Sep 30 23:09:29 2010

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

Attachment 2: Eudet-X_Cluster_Corr-run020115.jpg

Attachment 3: Eudet-Num_Clusters-run020115.jpg

Fri Oct 1 09:42:02 2010

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

Teleskop nicht neu gestartet, machma nochamal

Fri Oct 1 10:06:59 2010

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

Attachment 2: hit_map_und_cluster.png

Wed Oct 6 10:15:26 2010

Marko Dragicevic

XY 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

Wed Oct 6 11:03:59 2010

8 x Micron Baby (3 irradiated), no cooling
HV=100V I=115uA (start of run)
beam off

# VADJ/VPSP increased to 48 (was 30) for irradiated DUTs to restore baseline position (higher after irradiation)

ADC delay timing did not change after irradiation (verified)

Wed Oct 6 11:51:25 2010

8 x Micron Baby (3 irradiated), no cooling

HV=100V I=141uA (start of run)

beam on

not yet optimized XY-table positions (111/43.5/7.5)

Wed Oct 6 11:59:29 2010

8 x Micron Baby (3 irradiated), no cooling
HV=100V I=141uA (start of run)
beam on
telescope position 118 / 41.1 / 7.5

no telescope run

Wed Oct 6 16:33:55 2010

8 x Micron Baby (3 irradiated), no cooling
HV=100V I=209uA (start of run, still rising); 203uA (end of run)
beam on, NIM trigger from TLU (no handshake)
telescope position 131 / 53.5 / 7.5

no telescope run - being tuned (some intervals during data taking are possible)

111

Tue Oct 19 14:58:56 2010

geometry

Attachment 1: IMG_8888.JPG

Attachment 2: micron_baby_stack_telescope_geometry.JPG

Attachment 3: micron_baby_stack_telectope_geometry.dwg

112

Thu Mar 31 10:28:19 2011

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

113

Thu Mar 31 11:05:39 2011

DUT5
cal-file: micronbaby_multi6_irrad_run100.cfg

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

114

Thu Mar 31 12:11:04 2011

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

115

Thu Mar 31 12:24:24 2011

DUT4, source run, post irrad, pre zupf

DUT4
config file: micronbaby_multi6_irrrad_run101.cfg

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

116

Fri Apr 8 13:25:58 2011

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

117

Mon Apr 11 18:25:35 2011

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

118

Mon Apr 11 18:37:28 2011

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

119

Wed Apr 13 12:13:09 2011

DUT5, source run, post irrad, post zupf ** DO NOT USE **

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!!!!!

121

Wed May 11 16:28:07 2011

DUT5, source run, post irrad, post zupf

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.

122

Wed May 11 16:28:20 2011

DUT5, source run, post irrad, post zupf

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.

123

Tue May 17 13:02:34 2011

TRK1, source run, unirrad, prezupf

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

124

Tue May 17 13:08:08 2011

TRK1, source run, unirrad, prezupf

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

Attachment 1: run107_all_hits_apv4.png

Attachment 2: run107_all_hits_apv5.png

Attachment 3: cal107_pednoise_apv4.png

Attachment 4: cal107_pednoise_apv5.png

125

Tue May 17 13:31:32 2011

TRK2, source run, unirrad, prezupf

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

126

Tue May 17 14:01:45 2011

TRK2, source run, unirrad, prezupf

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

Attachment 1: run108_all_hits_apv4.png

Attachment 2: run108_all_hits_apv5.png

Attachment 3: cal108_pednoise_apv4.png

Attachment 4: cal108_pednoise_apv5.png

127

Tue May 17 14:36:36 2011

TRK6, source run, unirrad, prezupf

TRK6: B2Micron_2826_1_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK6/prezupf/micronbaby_multi6.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.3µA
I_end=1.8µA

128

Tue May 17 14:37:23 2011

TRK6, source run, unirrad, prezupf

DUT candidate combined p-stop

TRK6: B2Micron_2826_1_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK6/prezupf/micronbaby_multi6.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.9µA
I_end=2.4µA

n-side zone 2 several unusable strips, zone 3 & 4 32 strips each suspicious. Nevertheless DUT candidate!

Attachment 1: run109_all_hits_apv4.png

Attachment 2: run109_all_hits_apv5.png

Attachment 3: cal109_pednoise_apv4.png

Attachment 4: cal109_pednoise_apv5.png

129

Tue May 17 15:10:52 2011

TRK7, source run, unirrad, prezupf

TRK7: B2Micron_2826_19_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK7/prezupf/micronbaby_single.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.1µA
I_end=1.7µA

130

Tue May 17 17:43:24 2011

TRK7, source run, unirrad, prezupf

DUT candidate common p-stop

TRK7: B2Micron_2826_19_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK7/prezupf/micronbaby_multi6.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.8µA
I_end=2.1µA

n-side: highest 32 strips of APV5 noisy = half of zone 4. Rest okay, DUT candidate

Attachment 1: run110_all_hits_apv4.png

Attachment 2: run110_all_hits_apv5.png

Attachment 3: cal110_pednoise_apv4.png

Attachment 4: cal110_pednoise_apv5.png

131

Tue May 17 17:44:12 2011

GEW8, source run, unirrad, prezupf

GEW8: B2Micron_2826_7_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/GEW8/prezupf/micronbaby_single.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.3µA
I_end=1.6µA

132

Tue May 17 18:33:07 2011

GEW8, source run, unirrad, prezupf

NOT usable as DUT

GEW8: B2Micron_2826_7_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/GEW8/prezupf/micronbaby_multi6.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.6µA
I_end=2.2µA

n-side: most of zones 1 and 3 unusable

Attachment 1: run111_all_hits_apv4.png

Attachment 2: run111_all_hits_apv5.png

Attachment 3: cal111_pednoise_apv4.png

Attachment 4: cal111_pednoise_apv5.png

133

Tue May 17 18:49:16 2011

B2Micron_2826_7_baby3, source run, unirrad, prezupf

B2Micron_2826_7_baby3 (atoll p-stop)
config file: D:/cern10/micronbaby/data_lab/7baby3/prezupf/micronbaby_single.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.2µA
I_end=1.4µA

134

Tue May 17 18:53:33 2011

B2Micron_2826_7_baby3, source run, unirrad, prezupf

DUT candidate atoll p-stop

B2Micron_2826_7_baby3 (atoll p-stop)
config file: D:/cern10/micronbaby/data_lab/7baby3/prezupf/micronbaby_multi6.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.4µA
I_end=1.8µA

n-side: looks very good except for a few strips in the middle of APV5 -> DUT candidate

Attachment 1: run112_all_hits_apv4.png

Attachment 2: run112_all_hits_apv5.png

Attachment 3: cal112_pednoise_apv4.png

Attachment 4: cal112_pednoise_apv5.png

135

Tue May 17 19:08:29 2011

sensors 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

136

Wed May 18 10:12:32 2011

DUT3, source run, unirrad, prezupf

DUT3: B2Micron_2826_7_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/DUT3/prezupf/micronbaby_single_irrad.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=13µA
I_end=20µA

137

Wed May 18 10:38:07 2011

DUT3, source run, irrad, prezupf

DUT3: B2Micron_2826_7_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/DUT3/prezupf/micronbaby_single_irrad.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=20µA
I_end=26µA

Attachment 1: run113_all_hits_apv4.png

Attachment 2: run113_all_hits_apv5.png

Attachment 3: cal113_pednoise_apv4.png

Attachment 4: cal113_pednoise_apv5.png

138

Wed May 18 12:06:42 2011

DUT4, source run, irrad, prezupf

DUT4: B2Micron_2826_19_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/DUT4/prezupf/micronbaby_single_irrad.cfg

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

139

Wed May 18 14:40:33 2011

TRK6, source run, unirrad, postzupf

TRK6: B2Micron_2826_1_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK6/postzupfzupf/micronbaby_single_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.6µA
I_end=1.7µA

Every second bond zupfed. However, there was a mistake and the first ~60 channels are shifted by 1, see attachment!

Attachment 1: cal115_goodstrips_apv4.png

Attachment 2: cal115_goodstrips_apv5.png

140

Wed May 18 14:42:49 2011

TRK6, source run, unirrad, postzupf

run115

100k

18.05.2011 13:53:54

TRK6: B2Micron_2826_1_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK6/postzupfzupf/micronbaby_multi6_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.7µA
I_end=1.8µA

Every second bond zupfed. However, there was a mistake and the first ~60 channels are shifted by 1, see attachment!

Attachment 1: cal115_goodstrips_apv4.png

Attachment 2: cal115_goodstrips_apv5.png

Attachment 3: run115_all_hits_apv4.png

Attachment 4: run115_all_hits_apv5.png

Attachment 5: cal115_pednoise_apv4.png

Attachment 6: cal115_pednoise_apv5.png

141

Wed May 18 15:36:03 2011

TRK7, source run, unirrad, postzupf

TRK7: B2Micron_2826_19_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK7/postzupf/micronbaby_single_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.6µA
I_end=1.7µA

every second bond zupfed...

Attachment 1: cal116_goodstrips_apv4.png

Attachment 2: cal116_goodstrips_apv5.png

142

Wed May 18 15:38:29 2011

TRK7, source run, unirrad, postzupf

TRK7: B2Micron_2826_19_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/TRK7/postzupf/micronbaby_multi6_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.7µA
I_end=2.3µA

every second bond zupfed...

Attachment 1: cal116_goodstrips_apv4.png

Attachment 2: cal116_goodstrips_apv5.png

Attachment 3: run116_all_hits_apv4.png

Attachment 4: run116_all_hits_apv5.png

Attachment 5: cal116_pednoise_apv4.png

Attachment 6: cal116_pednoise_apv5.png

143

Wed May 18 16:31:12 2011

B2Micron_2826_7_baby3, source run, unirrad, prezupf

B2Micron_2826_7_baby3 (atoll p-stop)
config file: D:/cern10/micronbaby/data_lab/7baby3/postzupf/micronbaby_single_postzupf.cfg

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

Every second bond zupfed...

Attachment 1: cal117_goodstrips_apv04.png

Attachment 2: cal117_goodstrips_apv05.png

144

Wed May 18 16:33:29 2011

B2Micron_2826_7_baby3, source run, unirrad, prezupf

B2Micron_2826_7_baby3 (atoll p-stop)
config file: D:/cern10/micronbaby/data_lab/7baby3/postzupf/micronbaby_multi6_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=1.3µA
I_end=1.7µA

Every second bond zupfed...

Attachment 1: cal117_goodstrips_apv04.png

Attachment 2: cal117_goodstrips_apv05.png

Attachment 3: run117_all_hits_apv4.png

Attachment 4: run117_all_hits_apv5.png

Attachment 5: cal117_pednoise_apv4.png

Attachment 6: cal117_pednoise_apv5.png

145

Thu May 19 09:42:28 2011

DUT3, source run, irrad, postzupf

DUT3: B2Micron_2826_7_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/DUT3/postzupf/micronbaby_single_irrad_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=14.9µA
I_end=17.6µA

Every second bond zupfed

Attachment 1: cal118_goodstrips_apv4.png

Attachment 2: cal118_goodstrips_apv5.png

146

Thu May 19 09:44:39 2011

DUT3, source run, irrad, postzupf

DUT3: B2Micron_2826_7_baby2 (common p-stop)
config file: D:/cern10/micronbaby/data_lab/DUT3/postzupf/micronbaby_multi6_irrad_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=18.0µA
I_end=22.6µA

Every second bond zupfed

Attachment 1: cal118_goodstrips_apv4.png

Attachment 2: cal118_goodstrips_apv5.png

Attachment 3: run118_all_hits_apv4.png

Attachment 4: run118_all_hits_apv5.png

Attachment 5: cal118_pednoise_apv4.png

Attachment 6: cal118_pednoise_apv5.png

147

Thu May 19 11:02:08 2011

DUT4, source run, irrad, postzupf

DUT4: B2Micron_2826_19_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/DUT4/postzupf/micronbaby_single_irrad_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=95µA
I_end=137µA

Every second bond zupfed...

Attachment 1: cal119_goodstrips_apv4.png

Attachment 2: cal119_goodstrips_apv5.png

148

Thu May 19 11:04:04 2011

DUT4, source run, irrad, postzupf

DUT4: B2Micron_2826_19_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/DUT4/postzupf/micronbaby_multi6_irrad_postzupf.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=141µA
I_end=167µA

Every second bond zupfed...

Attachment 1: cal119_goodstrips_apv4.png

Attachment 2: cal119_goodstrips_apv5.png

Attachment 3: run119_all_hits_apv4.png

Attachment 4: run119_all_hits_apv5.png

Attachment 5: cal119_pednoise_apv4.png

Attachment 6: cal119_pednoise_apv5.png

149

Thu May 19 11:06:41 2011

DUT4, source run, irrad, prezupf

DUT4: B2Micron_2826_19_baby4 (combined p-stop)
config file: D:/cern10/micronbaby/data_lab/DUT4/prezupf/micronbaby_multi6_irrad.cfg

HV=+-50V
90Sr 1mCi ~centered
I_start=118µA
I_end=168µA

keine hitmaps gespeichert...

Attachment 1: cal114_pednoise_apv4.png

Attachment 2: cal114_pednoise_apv5.png

Sat Oct 2 15:24:00 2010

Erik Huemer

ITE

XY Position and Slow Control

center position: 119/48/187,5

Attachment 1: ITE128_SlowControl_FirstRun.png

Sat Oct 2 17:24:12 2010

2 x SILC + 2 x ITE
HV=100V

trying to find beam

telescope run 20124

Sat Oct 2 17:27:14 2010

ITE: 2 DUTs
2 x SILC + 2 x ITE
HV=100V

Beam on

one short only per sensor

Attachment 1: intcal_ITE10PAD_W7.png

Attachment 2: intcal_ITE10PAD_W9.png

Sat Oct 2 17:35:51 2010

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

telescope run 20125

beam not found yet

Sat Oct 2 18:36:57 2010

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

Sun Oct 3 08:14:39 2010

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

no beam (technical problem)

Sun Oct 3 08:19:13 2010

same as previous run

telescope run 20127

Configuration file for DAQ: cern10_ite_silc_single.cfg --> peak mode with 1 sample!

Tue Oct 5 17:50:23 2010

6 x SILC + 2 x ITE
HV=100V
telescope position: 124/48

DUTs and SILC4/5 swapped
new module order (downstream): SILC0 - SILC3 - SILC1 - W7 - W9 - SILC2 - SILC4 -SILC5
SILC1 and SILC2 are horizontal

beam on

modules flushed with dry air (black tube)
rel. humidity: ~0% @ 26°C

Tue Oct 5 18:13:05 2010

6 x SILC + 2 x ITE
HV=100V
telescope position: 124/48
telescope run: 20154-20155

DUTs and SILC4/5 swapped
new module order (downstream): SILC0 - SILC3 - SILC1 - W7 - W9 - SILC2 - SILC4 -SILC5
SILC1 and SILC2 are horizontal

beam on

modules flushed with dry air (black tube)
rel. humidity: ~0% @ 26°C

Attachment 1: LongtermITERun2.png

Fri Oct 1 23:18:34 2010

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

Fri Oct 1 23:50:28 2010

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

Fri Oct 1 23:55:12 2010

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

Attachment 2: cnm_2d_1.png

Sat Oct 2 09:57:20 2010

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

Attachment 2: slowcontrol_cnm.png

Attachment 3: cnm_2d_1.png

Attachment 4: cnm_2d_2.png

Sun Oct 3 14:35:12 2010

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

calibration started after 1 hour warmup

Attachment 1: cal009_cal_apv6.png

Attachment 2: cal009_cal_apv7.png

Attachment 3: slowcontrol_CNM_cal009.gif

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>
  <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>
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   <fill-color>#01ff6b</fill-color>
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Mon Sep 27 18:54:47 2010

XY Position

center position: 55/40/277,5

Tue Sep 28 01:13:57 2010

first intcal with complete Belle stack: 2 x Origami, 2 x Micron

HV=100V I=49uA

beam is on

chiller is set to 15°C (module temperature is ~17°C)

both Origamis and both Microns are serially cooled

Tue Sep 28 03:06:31 2010

first run with complete Belle stack: 2 x Origami, 2 x Micron

HV=100V I=49uA

beam is on

chiller is set to 15°C (module temperature is ~17°C)

both Origamis and both Microns are serially cooled

position:centered in both axes 55 / 30 / 277.5

telescope: run20076 (in zero suppressed mode)

Tue Sep 28 12:54:33 2010

same as run001 after shifting x by 48mm

103 / 30 / 277.5 ? unsure after crash of xy stage PC

Tue Sep 28 13:04:02 2010

now for real (previous run was at wrong position)

all same as run001, except position now still centered on p-strips, but on high edge (last APVs) for n side

position: 103 / 30 / 277.5

corresponds to telescope run 20078

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 14:48:00 2010

same as before, but now pos 1 is located on the other edge (-48mm from center)

telescope 7 / 30 / 277.5

telescope run 20079

Tue Sep 28 15:09:16 2010

previous run stopped due to beam problem (shifted, broad, etc).

now recovered, restarting with same settings.

telescope run: 20080

Tue Sep 28 22:07:16 2010

Markus Friedl

cal002 DO NOT USE -> go to cal003

cal

83800

28.09.2010 22:01:55

Belle stack (Origami, Micron, Micron, Origami)

now cooling only for Origami, Micron are uncooled

chiller set point: -25°C, measured values on Origami: -10°C

HV=100V, Ibias=38µA, beam off

modified I2C settings for cold modules

temperature monitoring: Origami2 pipes in<->out swapped (to achieve shorter tubes)

PROBLEM: Origami n channels are swapped -> USE cal003 INSTEAD!!!

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.

Tue Sep 28 23:23:47 2010

channels swapped -> stopped

Tue Sep 28 23:24:35 2010

Belle stack: Origami-Micron-Micron-Origami
HV=100V, Ibias=38A, beam on
cooling: Origami only, chiller: -25C, Module: -10C
modified I2C settings for cooled modules
centered again

telescope run 20082

sensor config bug (only relevant for sensor display) found -> stopped

Tue Sep 28 23:29:50 2010

Belle stack: Origami-Micron-Micron-Origami
HV=100V, Ibias=38A, beam on
cooling: Origami only, chiller: -25C, Module: -10C
modified I2C settings for cooled modules
centered again

telescope run 20083

Attachment 1: run008_sensordisplay.jpg

Attachment 2: run008_sensordisplay2.jpg

Wed Sep 29 09:39:33 2010

same as cal002, but now with corrected readout order

Wed Sep 29 10:30:59 2010

zero suppressed (HIT4) @ FADC

Belle stack: Origami-Micron-Micron-Origami - HIT4
HV=100V, Ibias=28A, beam on
cooling: Origami only, chiller: -25C, Module: -10C
modified I2C settings for cooled modules
centered in both axes

telescope run 20084

Wed Sep 29 11:09:10 2010

zero suppressed (HIT5) @ FADC

Belle stack: Origami-Micron-Micron-Origami - HIT5
HV=100V, Ibias=28A, beam on
cooling: Origami only, chiller: -25C, Module: -10C
modified I2C settings for cooled modules
centered in both axes

telescope run 20085

Wed Sep 29 11:53:16 2010

Belle stack: Origami-Micron-Micron-Origami
HV=100V, Ibias=83.22µA, beam on
no cooling

Temp. at modules:
Origami 1: 50°C
Micron 1: 46°C
Micron 2: 48°C
Origami 2: 48°C

standard I2C settings
centered

telescope run 20085 (continued)

Wed Sep 29 14:03:55 2010

Belle stack: Origami-Micron-Micron-Origami
HV=100V, Ibias=100µA, beam off
no cooling

Temp. at modules:
Origami 1: 50°C
Micron 1: 46°C
Micron 2: 48°C
Origami 2: 48°C

standard I2C settings
centered

Mon Oct 4 20:16:19 2010

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

HV connection of Origami 1 repaired

Mon Oct 4 21:01:25 2010

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

angle: 60°
axis 1: 92.4 (horizontal)
axis 2: 35 (vertical)
axis 3: -52.5 (rotary table)

telescope run: 20149

Mon Oct 4 23:12:16 2010

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

Mon Oct 4 23:59:05 2010

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

Tue Oct 5 10:20:30 2010

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

Tue Oct 5 10:23:09 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

Wed Oct 6 23:03:15 2010

Belle stack without Origami2
HV=80V I=227uA

beam on

Wed Oct 6 23:48:49 2010

Belle stack without Origami2
HV=80V I=217uA
telescope setting 103 / 30 / 277.5
telescope run 20184

temperature of chiller set to 15°C

beam stopped at 7.10. 08:00 sharp, no beam until 8.10 - 8:00 according to SPS Page 1. We keep DAQ and telescope running and cross our fingers for at least some spills of particles.

Irradiated micron module 2, n-side: excessive hit count on channels at the edges of the APV chips - no such thing on the p-side

Fri Oct 8 17:26:36 2010

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)

Fri Oct 8 18:12:15 2010

Belle stack w/o Origami2 after irradiation
HV=80V
Telescope position 55/30/277.5
NIM trigger

temperature of chiller set to 15°C

Analog signal of APVs #22 and #23 has been bound to ground after 1200 events.

Fri Oct 8 18:12:43 2010

Belle stack w/o Origami2 after irradiation

HV=80V I=224uA (beginning of run)

2 suspicious APVs on Micron n side

xy-table position 7 / 30 / 277.5 (shoots at the smaller edge of the trapezoidal sensor)

telescope run 20195

100

Fri Oct 8 23:05:03 2010

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