verwerfen!

cooled see appendix (FirRun003)
PedestalRun_010
multi 6 Raw Mode
FIFO size increased
L3n deactivated
100000 deadtime (CTRL TRG)
Zero_suppressed

Infineon new stack - batch 4 

Initial calibration run with SVD3 setup and WedgeOld, FW993, BW993 (reading out 4 chips on every p-side)

Hardware Run +-40V Bias

Room Temperature

Pedestal 016

Zero Suppressed

AIDA

single hit

Voltage=100V, I=5.4357uA

(new table calibration): V:71mm, H:80mm

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: Run000977

--Stopped 21.11 / 12:12--

DaqEvents: 7057 (-600 ped)

EUDAQ EVENTS: 4658 (less than Daq) 

Infineon old

multi hit

Voltage=300V, I=10.4028uA

(new table calibration): V:75, H:96.5

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: run000999

DaqEvents: 63913 (-600 ped)

EUDAQ EVENTS: daq events - 600 (+2 offset)  

Hardware run, hitting APVs 1/2 on p-sides, 1/2 on n-sides

EUDAT telescope running with difference of 2 events

Hardware run, hitting APVs 2/3 on p-sides, 1/2 on n-sides

EUDAT telescope running with difference of 2 events

Infineon old

multi hit

Voltage=300V, I=10.9797uA

(new table calibration): V:81mm, H:97mm

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: run000992

DaqEvents: 55000 (-600 ped)

EUDAQ EVENTS: daq events - 600 (+2 offset) 

Infineon old

multi hit

Voltage=300V, I=10.9797uA

(new table calibration): V:81mm, H:102mm

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: run000993

DaqEvents: 55000 (-600 ped)

EUDAQ EVENTS: daq events - 600 (+2 offset) 

Infineon old

multi hit

Voltage=300V, I=10.4028uA

(new table calibration): V:75, H:95

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: run000998

DaqEvents: 526562 (-600 ped)

EUDAQ EVENTS: daq events - 600 (+2 offset)  

Infineon new stack - batch 4 

 Not completely cooled since cooling failed at 1:42 in the night

Bias voltage set to +-60V

Some error with event no17 or 18 leading to the data not being easily analysable requiring a hack in TuxOA

Pedestal_013 (cooled)

Noisefile: HardwareRun_036.noi

Cooled down to -20

Bias voltage set to +-60V

Pedestal_013 (cooled)

Noisefile: HardwareRun_036.noi

Zero suppressed

Infineon new stack - batch 4 

Infineon new stack - batch 4

single hit

HV=300V, total I = 4.0044 µA

strips vertical

Table Position: H: 96mm V: 101mm

data file in L:\cern14\infineon\Infineon Run vert

config file l:\cern14\infineon\Infineon Run horiz\cern14_infineon_single.cfg

--Stopped 18.11 / 20:20---

Reason: Enough events, adjusting new DUT position for next run

Events: 300000

Infineon old

multi hit

Voltage=300V, I=10.9797uA

(new table calibration): V:?, H:?

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: run000994

DaqEvents: 30000 (-600 ped)

EUDAQ EVENTS: daq events - 600 (+2 offset) 

AIDA

multi hit

Voltage=100V, I=5.3417uA

(new table calibration): V:51mm, H:70mm

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: run000989

DaqEvents: 276006 (-600 ped)

EUDAQ EVENTS: 275390 

AIDA

multi hit

Voltage=100V, I=5.4357uA

(new table calibration): V:71mm, H:65mm

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: Run000983

--Stopped 21.11 / 19:20--

DaqEvents: 26770 (-600 ped)

EUDAQ EVENTS: 26171 (+1 trigger offset)

Infineon new stack - batch 4 

AIDA

multi hit

Voltage=100V, I=5.3470uA

(new table calibration): V:71mm, H:80mm

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: run000988

DaqEvents: 24916 (-600 ped)

EUDAQ EVENTS: DAQ events -600 (+1 trigger offset)

Infineon new stack - batch 4 

Infineon new stack - batch 4

AIDA

AIDA

single hit

Voltage=100V, I=5.4240uA

(new table calibration): V:66mm, H:74mm

EUDAQ file:  Run000965

config: L:\cern14\AIDA

data: L:\cern14\AIDA

--Stopped 21.11 / 12:12--

DaqEvents: 20617 (-600 ped)

EUDAQ EVENTS: 20019 (2 more than DAQ [+2 offset]) 

AIDA

single hit

Voltage=100V, I=5.4357uA

(new table calibration): V:71mm, H:80mm

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: Run000979

--Stopped 21.11 / 12:12--

DaqEvents: 20045 (-600 ped)

EUDAQ EVENTS: ~18k

Cooled down to -20

Bias voltage set to +-80V

Pedestal_013 (cooled)

Noisefile: HardwareRun_036.noi

Bias voltage set to +-80V

Pedestal_015 (cooled)

"New" layout with no cooling (CO2 is no more)

Newly set values for APC Delay

New FIR Run 005

Temperature around 30 C

Bias: +-80V

Hardware Run +-30V Bias

Room Temperature

Pedestal 017 (again marked all the bad strips)

Zero Suppressed

Hardware Run +-50V Bias

Room Temperature

Pedestal 018 (again marked all the bad strips)

Zero Suppressed

Infineon old

multi hit

Voltage=300V, I=10.6529uA

(new table calibration): V:81, H:88

config: L:\cern14\AIDA

data: L:\cern14\AIDA

EUDAQ File: run000996

DaqEvents: 168725 (-600 ped)

EUDAQ EVENTS: daq events - 600 (+2 offset) 

cooled see appendix (FirRun003)
PedestalRun_010
multi 6 Raw Mode
FIFO size increased
L3n deactivated
100000 deadtime (CTRL TRG)

VME Error, overnight run

Infineon new stack - batch 4

Infineon new stack - batch 4 

cooled see appendix (FirRun003)
PedestalRun_010
multi 6 Raw Mode
FIFO size increased
L3n deactivated
100000 deadtime (CTRL TRG)
Zero_suppressed

Pedestal run at room temperature.

6 subevents. Noise reference run.

Delay as latest run.

Reference run for bad strips.

Hardware run, hitting APVs 0/1 on p-sides, 1/2 on n-sides

EUDAT telescope running with difference of 2 events

Hardware Run +-60V Bias

Room Temperature

Pedestal 018 (again marked all the bad strips)

Zero Suppressed

At room temperature.

At room temperature.

Old delay settings and FIRRun_002

At room temperature

Latest delay, FIRRun002. 

Check for bad strips.

correct mapping

cooled -25 °C

L3n deactivated

Pedestal Run

room temperature (30C)

Bias scans planned

Initial pedestal run with SVD3 setup and WedgeOld, FW993, BW993 (reading out 4 chips on every p-side)

22:00 SVD3 PC crashed!!! data will be collected. 

Wednesday:

* Transport request starten (I do not need any transport service) von 887 nach Wien. Das triggert automatisch die Radio Protection Leute. Der EDH Request hängt dann bei irgend einem Franzosen. Den bitte anrufen und für Montag mittags einen Termin ausmachen. Es muss alles geschnüffelt werden, was in der Zone war (also nicht im Counting room)

Merchandise-Bestätigung für die Anreise ist im attachment!

Anreise: https://edh.cern.ch/Document/SupplyChain/SHIP/5855845

Abreise: https://edh.cern.ch/Document/SupplyChain/SHIP/5863835

WLAN Router:

SSID: Hephy

password: 20supersecret14

DHCP Range: 192.168.0.200 to 239

Netmask: /24

DNS Server: 192.168.0.254

Gateway: 192.168.0.254

external IP: 128.141.61.16 (für diverse Port Forwardings)

Manuell vergebene IP Adressen bitte unbedingt Martin Kurz mitteilen oder/und in der folgenden Tabelle eintragen! 

IP/MAC Zuweisung:

Admin Zugang Wlan Router:

IP: 192.168.0.254

Username: admin

password: Hephy2014

* CCC (zentraler Beschleuniger-Kontrollraum): 77500

* H6A Controlroom: 76755

* HEPHY-Handy: 16-2471 or +41 76 487 2471 from outside of CERN

* Office in Meyrin: 12-R11: 74592

Hostel-Zimmern:

* Bergi: 79326

* Benni: 60232

* Hao: 70408

Andere Wichtige Leute:

* Beam-Dame: Edda Gschwendner 16-5080

* NA Hallen Verantwortlicher: Michael Jeckel

Lookup Telefonnummern: http://phonebook.cern.ch

SPS Accelerator status:  http://op-webtools.web.cern.ch/op-webtools/vistar/vistars.php?usr=SPS1

general Information about the Beam line(s): http://sba.web.cern.ch/sba/

Checklist for North Area access: 

• Dosimeter (http://dosimetry.web.cern.ch/en)
• Helmet and safety shoes (http://gs-dep.web.cern.ch/en/content/stores_hours)
• Access right to H6A control room (request via EDH): Control Room HNA-447 (0887-1-Q45). Activate access right on your CERN access card at one of the validation stations (https://espace.cern.ch/service-access-control/default.aspx)
• For using CERN rental car, request "CERN vehicle driving license (V)" via EDH
• Park in front of bldg. 890. Walk to North Hall (bldg. 887) through bldg. 907. Swipe dosimeter in front of electronic lock next to the entrance door. Turn left inside bldg. 887. Control room Q45 is on the left-hand side of the upper level. Swipe CERN access card in front of electronic lock.

 https://twiki.cern.ch/twiki/bin/view/CLIC/ClicPixelDataTakingCERNPS2014

L5_p_side APV #3 faulty signal

L4_n_side APV #2 and #3 faulty signal

PC (gehört AIDA) in H6b control room:  ssh telescope@pcaidatb.cern.ch

fachi:  aimhephy@antispam.e4ward.com

chrisu:  gargamel0971

flo: flo.bux@sbg.at

shorty: martin@kurznet.net

markus; mueffi1040

hao: hao.yin@gmx.at

benni: benedikt.wuerkner@assoc.oeaw.ac.at

juan: juan.garcia.ferrero@cern.ch

axel: ???

bergi: callmebergi

initial position of Infineon Stack (PI Micromove):
(guess center position by eye)

STRIPS IN HORIZONTAL DIRECTION

* vertical axis: M511.DD: Zero position 81.0mm / higher values correspond to lowering the table

* vertical axis: M521.DD: Zero position 96.0mm / higher values correspond to move the table to the table mounting

Drucken über den Printserver (192.168.0.150):

MAC:

direkt über den universellen AirPrint Treiber oder mittels Treiber vom Gerätehersteller drucken.

Einfach nach Druckern suchen. Druckername: CanonMP630 @ higgscms

LINUX:

Eine Datei Names (/etc/cups/client.conf) mit dem Inhalt folgenden Inhalt -ohne Anführungszeichen- erstellen: "ServerName 192.168.0.150"

--> sofort steht der Drucker mit allen richtigen Einstellungen zur Verfügung

Drucken mittels Treiber vom Gerätehersteller ist weiterhin möglich. (wird von CUPS automatisch zur Verfügung gestellt) CUPS URL: "http://192.168.0.150:631/printers/CanonMP630"

WINDOWS:

1.) Unter Start->Einstellungen->Drucker und Faxgeräte links den Punkt “neuen Drucker hinzufügen” auswählen.

2.) In dem sich öffnenden Assistenten die Option “Netzwerkdrucker hinzufügen” auswählen und auf “weiter” klicken.

3.) Zunächst den Punkt “Verbindung mit einem Drucker im Internet herstellen” auswählen und dann die "URL" zum Drucker einfügen.

Name: http://192.168.0.150:631/printers/CanonMP630

L3-p: 18

L4-p: 36

L5-p: 33

L6-p: 39

L3-n: 18

L4-n: 36

L5-n: 36

L6-n: 35

Excellent, brilliant run. 

List with bad APVs:

Crap:

 APV 5 L6-p Channel 23

Not working:

 L3-n APV 3

Noise file from run 001 

PedestalRun_001

FIRRun_001

At room temperature

See DelayRun_001

Noise file from run 001 

PedestalRun_001

FIRRun_001

At room temperature

See DelayRun_001

Noise file from run 001 

PedestalRun_001

FIRRun_001

At room temperature

See DelayRun_001

We moved the second cable to the third connector on the FADC to match DESY testbeam conditions. 

New pedestal run after switching the connectors.

At room temperature 

New FIR run after reconecting to original setting. 

At room temperature

PedestalRun004 

Latest delay settings and FIRRun

At room temperature

Latest delay and FIRRun 

1.  VNC to 192.168.0.18
2. In command line: cd C:\Users\telescope\eudaq\bin
3. TLUControl.exe.exe -d 2 -a 11 - i RJ45

Operating with AIDA telescope: TLUControl.exe.exe -d 3 -a 11 - i RJ45

Dut Position (left to right):  11, 06, 05, 07

Infineon_run002 is just a calibration run for the vertical positioned sensors. 

At room temperature

First run was at: 23 (no track)

TimingRun_001:

Trigger delay: 26

 

TimingRun_002:

Trigger delay: 29

TimingRun_003:

Trigger delay: 32


 

TimingRun_004:

Trigger delay: 20

TimingRun_005:

Trigger delay: 17

 

TimingRun_005:

Trigger delay: 14
Trigger chip delay: 110

At room temperature

Latest ADC scan and FIR run.

Latest CAL.

Position: 0.0, see elog entry.

We set the coordinates trying to put the beam in an area with well working APVs

Peak of course differs for n and p sensors due to their different pitch.

L4-6 n-side Peak around strip 180

L4&6 p-side mean value around strip 380

L5 p-side moved by 4.8mm due to reasons (APV misalignment I think) therefore the peak of the same measurements is moved by 4.8/75µm = 64 strips therefore centered around strip 320

The coordinates of the x-y table were set to 0:0 at this point. Refer to Run Alignment2 for reference data.

Windows PC at Telescope:

0.) JTAG Programming: Chose a threshold file (recommended threshold 5) File: M26TB_Cern_2011.thresh5.mcf--> press start

1.) C:\Users\telescope\Desktop\users\BelleII --> start Mimosa 26 Telescope --> select all six Mimosa's

2.) C:\Users\telescope\Desktop\users\BelleII --> start startEudaq_fullWindows.bat

3.) Use configuration file hephy1 (location: C:\eudaq\conf). Change it according to your TLU settings (DUT mask, AND mask, etc.)

4.) configure

5.) start

x) Online monitor in preparation

Files: Are saved in C:\eudaq\data with internal numbering "run000000xxx.raw" (look at the date and time). [You can connect locally to this folder at HEPHY-SVD PC]

Temperature: See attachment

FIRFilterRun_002

Layer 3-n side deactivated, because Hao broke it.

Multi-6 cooled.

See latest Noise, and PedestalRun.

cooled (temperature see attachment latest noise run),

latest Noise, FIR settings with the right layout mapping.

cooled (see last calibration run)

Latest noise, FIRfilter settings. 

Failed due to VME read timeout.

cooled, latest noise, cal, PedestalRun.

Rawmode

Same as HardwareRun_003 but with ZS.  

cooled with new delay run

temp see attachment (von flo)
10000
latest fir filter (002)

temp cooled see attachment

last noise run(007)

FIRRun_002

PedestalRun_008

new cal run Raw, test with put fifo full flags

1. Some VME errors occured over night
2. Optical fiber changed
3. Situation improved

1. L3n hybrid could not be configured by I2C
2. Plugged cable into the former FWDn slot
3. Fully working

 Cooled see appendix

with new layout (l3_n-side channels changed and reactivated).

Latest FIRRun

cooled see appendix (FIRRun003)

MaxEvents 10000

cooled see appendix (FIRRun003)

MaxEvents 10000

 cooled see appendix (FIRRun_003)

PedestalRun_009

cooled see attachment in FIRRun_003

PedestalRun_009

CalibrationRun_005

zerosuppressed

 cooling see attachment of FIRRun003

Ped 009

Cal 005

Multi 6 raw mode

L5_n_side out of order

FIFO_FULL_ERROR starting at ~2000 events

same as hardware run 009

FIFO FULL ERROR starting at ~event 5000

 Infineon new stack - batch 4 

cooled see appendix (FirRun003)

PedestalRun_009

multi 6 Raw Mode

FIFO size increased

FIFO FULL at  event ~27000

YOU need

1.) Folder EUDAQ OFFLINE Monitor

2.) ROOT

Starting: 

1.) open command line and chose the path where OfflineMonitor is

2.)Type -i "patch of raw file" -o test.root 100

3.) helpfile typing -h

cooled see appendix (FirRun003)

PedestalRun_009

multi 6 Raw Mode

FIFO size increased

Logbook: https://ab-dep-op-elogbook.web.cern.ch/ab-dep-op-elogbook/elogbook/secure/eLogbook.php?shiftId=1059325

Monitor:  http://op-webtools.web.cern.ch/op-webtools/vistar/vistars.php?usr=SPS1

Calibration run with AIDA DUT.

Single hit

 Nach powercut musste der Tisch neu kalibriert werden. Diese Neukalibration betrifft alle Messungen ab den ersten Messungen vom AIDA Stack.

Alle AIDA runs vor run_007 hatten kein Signal auf den Sensoren 5 und 6.

Grund: Inverter auf N Seite war im config file noch an (von Markus behoben). 

Runs vor 007 können noch verwendet werden obwohl sensoren 5 und 6 negative Events lieferten (kommt aber auf das negative Limit an). 

New ADC delay scan. cooled, -25 temperature

cooled, latest ADC delay scan and FIRRun. 

L6 are swapped, needs to be corrected later in the offline analysis.

cooled at -25

latest ADC delay and FIRRun

PedestalRun_012

CalibrationRun_006

100k trigger dead time

Need to change L6n apv definition to:

mod = 9,0,1,1,1,m,29,0,0,0,0,0,0,L6_n_side

apv = 9,1,34,3,30,x,0,0,5,1,7,0,0,x
apv = 9,0,36,3,50,x,0,0,5,1,6,0,0,x
apv = 9,3,38,3,30,x,0,0,5,1,9,0,0,x
apv = 9,2,40,3,30,x,0,0,5,1,8,0,0,x

to  get the right mapping of the sensor.

Calibration run AIDA_calibration 

L:\cern14\AIDA

Cooling box plant hung up (I2C error on Alix, persistent after reboot)

Power-cycled cooling plant, now working

Slowly cooling down again

Calibration run 

L:\cern14\infineon_old

geometry files

1.) No events recorded for strixel sensors (run001). They seem to be damaged like they were at DESY.

2.) Very strange IV behaviour for every old Infineon module (especially TB12_baby1). 

Saturday evening, the cooling became unstable which indicates the end of the CO2 supply, possibly having a mixture of liquid and gas phases.

Strange oscillations observed for the DUT temperatures until the MF valve was finally turned off close to midnight.

Der zweite PM (entsprechend der Beamrichtung) war von Anfang an nicht angeschlossen an die TLU! Stattdessen war ein Atlas pixel sensor, welcher als 4ter PM fungiert angeschlossen. Genau dieser "PM" hatte 0 counts bei der TLU --> Igor sagt, dass dieser Sensor ("PM") anscheinend keine Versorgungsspannung hatte (~400V). Jetzt baut Igor diesen Atlas Sensor wieder aus und hat bereits den nicht angeschlossenen PM wieder angeschlossen an die TLU. DIeser PM zeigt aber nun zu viele counts. Deshalb behalten wir die AND mask 11 (auch jetzt bei den Belle Modulen).

Geometry setup of FW/BW:

(all dimensions are in mm and refer to the sensor planes)