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
We moved the second cable to the third connector on the FADC to match DESY testbeam conditions.
New pedestal run after switching the connectors.
New FIR run after reconecting to original setting.
PedestalRun004
Latest delay settings and FIRRun
Latest delay and FIRRun
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.
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
Trigger delay: 14 Trigger chip delay: 110
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]