TuxDaq crashed

Exchanged AIDA stack with modified Infineon Stack

Configuration:

Beam   Infineon_TB_2014_Baby1(P0)   ---   Inifineon_TB_2014_Baby2(P1) |||  Infineon_TB_2012_Baby2(P2)  --- Infineon_TB_2012_Baby1(P3) ||| Infineon_TB_2012_Strixel_Top-left(N0)  --- Infineon_TB_2012_Strixel_Bottom-right(N1) ---

HV at 300V; I at app. 11µA 4GeV, Single mode

Modules centered to beam but no hits at additional Strixel modul. Perhaps HV problems (High noise of Strixel almost did not change after biasing)

-> HV connection will be checked at next opportunity to enter area.

HV 300V, I ca. 11µA single mode

HV 300V, I 10µA

Beam Energy changed during the run between 2GeV - 5GeV - 4GeV

Latency perhaps not optimal set (has been 95) but exchanged trigger cable seems to require 93

HV 300V, I 10µA

Beam Energy  4GeV

Latency changed to 93

HV at 300V; I at app. 11µA 4GeV, Single mode

HV at 300V; I at app. 10µA 5GeV, Single mode

HV at 300V; I at app. 10µA 3GeV, Single mode

HV at 0V; I at app. 5nA 3GeV, Single mode

HV at 100V; I at app. 8.5µA 3GeV, Single mode

HV at 150V; I at app. 9µA 3GeV, Single mode

HV at 200V; I at app. 9.5µA 3GeV, Single mode

HV at 210V; I at app. 8.5µA 3GeV, Single mode

HV at 220V; I at app. 8.5µA 3GeV, Single mode

HV at 230V; I at app. 8µA 3GeV, Single mode

HV at 240V; I at app. 7.5µA 3GeV, Single mode

HV at 250V; I at app. 7.5µA 3GeV, Single mode

HV at 260V; I at app. 7.6µA 3GeV, Single mode

HV at 270V; I at app. 7.6µA 3GeV, Single mode

HV at 280V; I at app. 8µA 3GeV, Single mode

HV at 290V; I at app. 8µA 3GeV, Single mode

HV at 260V; I at app. 7.5µA 3GeV, Single mode

HV at 300V; I at app. 7.5µA 3GeV, Single mode

All Infineon Stack 2 runs have been taken at table position: 1.089030, -12.800610

HV at 300V; I at app. 7.5µA 3GeV, Single mode

Position changed to -3.910970 -17.800610

HV at 300V; I at app. 7.5µA 3GeV, Single mode

Position changed to --8.91097 -22.80061

We have set the beam momentum to 3 GeV 

DESY table z=-346 x=-255 

6Gev/c,

bad strip region hardly hit

 HV=290V  I=9.55uA

DESY table z=-346 x=-255 

DESY table z=-346 x=-255 

3Gev/c

1. ssh bastion

2. ssh belle-control

3. ssh telescope-admin@tb-aconite
(password telescope++)

dann:

How to generate trigger from TLU through FTSW to detector systems
2014.1.6 Mikihiko Nakao

* step 1 - open monitor window to show the FTSW status

 [you@bastion03 ~]$ ssh telescope-admin@belle-rpc1
  (still only limited people has access to b2daq account:
   ask DAQ people or Katsuro Nakamura of SVD group)

 [b2daq@belle-rpc1 ~]$ ssh telescope-admin@ttd10
 [b2daq@ttd10 ~]$ statft -55 -i -c
   (55 is the FTSW board-id, -i -c are to show the status repeatedly)

* step 2 - initialize FTSW to accept TLU trigger

 [b2daq@ttd10 ~]$ trigft -55 tlu

* step 3 - start trigger at TLU

 [you@bastion03 ~]$ ssh belle-rpc2
 [you@belle-rpc2 ~]$ ssh telescope-admin@tb-aconite
  (ask Alan Campbell or somebody for the password)

 telescope-admin@tb-aconite:~$ cd eudaq-nakao/bin
 ...$ ./TLUControl.exe -a 4 -d 1 -i RJ45 -w 10 -n

 here, -a option gives the possible trigger coincidence
  (-a 1  --- dummy trigger generator from FTSW)
   -a 2  --- trigger counter 1 only
   -a 4  --- trigger counter 2 only
   -a 8  --- trigger counter 3 only
   -a 6  --- trigger counter 1 and 2
   -a 10 --- trigger counter 1 and 3
   -a 12 --- trigger counter 2 and 2
   -a 14 --- trigger counter 1 and 2 and 3
 other options are kept to be the same
   -d 1 -i RJ45 --- connection to FTSW
   -w 10        --- update frequency (10msec)
   -n           --- suppress messages

 This gives you output like:

   Status:    00,--,--,--,--,-- (0,0)
   Scalers:   0, 7, 0, 0    <== from FTSW-dummy and trigger counters 1, 2, 3
   Particles: 1
   Triggers:  0             <== actual trigger to be distributed to FTSW
   Entries:   0
   TS errors: 0, 0 (redundancy, re-read)
   Timestamp: 0x4f25a008 (1327865864) = 3.45791
   Time: 3.463 s, Freq: 0 Hz, Average: 0 Hz

- 

 HV=100V  I=4.5uA

 HV=100V  I=4.2uA

accidentally hit reset button on PC which ended this run abruptly...

5 GeV beam

BEAM mode:

• height (z): -346 (initially: -357)
• horizontal (x): -255 

OFF BEAM mode (Parkposition):

• height (z): +37
• horizontal (x): -255 

HV=300V  I=9.3uA  (total)

HV=100V  I=6uA

HV=300V  I=11.1uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=100V  I=8.5uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=200V  I=9.3uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=250V  I=9.5uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=230V  I=9.9uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=240V  I=9.4uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=220V  I=9.1uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=210V  I=9.0uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=260V  I=9.3uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=270V  I=9.6uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=280V  I=9.6uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

HV=150V  I=8.0uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

close to end: switched to 6GeV

HV=150V  I=7.90uA

position centered horizontally (+5mm)

DESY table z=-346 x=-255

3 GeV beam momentum

close to end: switched to 6GeV

bias voltage accidentally left at 150V instead of initially planned 290V

Delay scan with single sample

Several runs

HV=300V  I=9.2uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single sample run

Beam energy = 3 GeV

HV=300V  I=8.5uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

multi6 with same settings as run019 (htr+3)

Beam energy = 3 GeV

HV=100V  I=7.2uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=150V  I=7.3uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=200V  I=8.0uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=210V  I=8.1uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=220V  I=8.1uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=230V  I=8.2uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=240V  I=8.2uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=250V  I=8.3uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=260V  I=8.7uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=270V  I=8.6uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=280V  I=8.4uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=290V  I=8.3uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

HV=300V  I=8.3uA

position adapted to center beam better (+10mm horizontal)

narrow trigger width (~5ns)

single trigger

Beam energy = 3 GeV

beam gone at 8:00 morning because of scheduled beam development. last few 100 events only noise.

 HV=100V  I=4.3uA

centered position

5GeV beam

narrow timing (trigger width), but 6 samples

HV=100V  I=4.4uA
centered position
5GeV beam, single sample
narrow timing (trigger width)

HV=100V  I=4.2uA
centered position
5GeV beam, single sample
narrow timing (trigger width)

Created bad strip masks for the AIDA config files

HV=10V  I=2.1uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=20V  I=2.9uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=30V  I=3.3uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=40V  I=3.4uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=50V  I=3.6uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

MOVED TIMING by 1 clock (now signal is centered again)

HV=60V  I=3.8uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=70V  I=3.8uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=80V  I=3.8uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=90V  I=3.9uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=100V  I=4.2uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=110V  I=4.1uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=120V  I=4.6uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=130V  I=4.6uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=140V  I=7.1uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=150V  I=5.3uA
centered position, HV scan
5GeV beam, 6 samples
narrow timing (trigger width)

HV=100V  I=3.6uA
position = 23 / -35 mm relative to before
5GeV beam, 6 samples
narrow timing (trigger width)

HV=100V  I=3.7uA
position = -25 / 0 mm relative to initial
5GeV beam, 6 samples
narrow timing (trigger width)

Something strange with x/y stage: stuck at approximately y=+3.5 (hitting box lid?), now back to 0, but about 180 strips off compared to run054 (y=0 as well)...

HV=100V  I=3.7uA
position = 0 / -30 mm relative to initial (but again centered)
5GeV beam, single sample
narrow timing (trigger width)

Richard Thalmeier   Tel. 4801

Hao Yin  

taken with tuxdaq...

HV=75V  I=?3.7uA?
position = 0 / -30 mm relative to initial (but again centered) ?
?5GeV beam, single sample? (software trigger run)
?narrow timing (trigger width)?

HV=100V  I=3.7uA
position = 0 / -30 mm relative to initial (but again centered) no idea ---
3GeV beam, multipeak 6 samples
???narrow timing (trigger width)??? no idea ...

HV=100V  I=3.7uA
position = 0 / -30 mm relative to initial (but again centered) no idea ---
3GeV beam, multipeak 6 samples
???narrow timing (trigger width)??? no idea ...

New SIS driver version sis1100-2.13-3 installed on DAQPC. 

To install the driver call as root:

cd /lib/modules/2.6.18-371.3.1.el5/extra

/sbin/modprobe sis1100

Check if /dev/sis* are created.

Managed to run the AIDA setup with old TuxDAQ version from T. Obermayer.

Will now try to install a newer version, which also supports ADC delay scan and internal calibration.