Turned off cooling, now taking warm data

HPK baby stack after irradiation - no cooling
I =  200A and growing (warming up)
positioned centered on p and n
 

HPK baby stack after irradiation - no cooling
I =  420A and growing (warming up)
positioned centered on p and n
 

Cooling for 2DSSD established after some struggle.

2DSSD fully read out with cooling
HV= +40 V -40 V    I = 2 uA
Beam position: none

Positions of thermal sensors:

11   Kapillare Anfang

12   Kapillare Ende

13   ---

14   unmittelbar nach Kapillare

15   Origami in

16   Origami out

17   Origami -z

18   Origami CE

Strip order:

n-Seite: rechts (Salev) nach links (Jura)

p-Seite: oben nach unten

APV chips with lower noise:

                          -z                                   ce
p-side             #5                                #10 (= pos 4)
n-side             #13 (= pos1)             #19 (= pos 3)

Cooling for 2DSSD established after some struggle.

2DSSD fully read out with cooling
HV= +40 V -40 V    I =  1.84 uA

Beam position: 
Origami ce:
   p-side:  APV #10  (= pos 4)
   n-side:  APV #19  (= pos 3)

Positions of thermal sensors:

11   Kapillare Anfang

12   Kapillare Ende

13   ---

14   unmittelbar nach Kapillare

15   Origami in

16   Origami out

17   Origami -z

18   Origami CE

Strip order:

n-Seite: rechts (Salev) nach links (Jura)

p-Seite: oben nach unten

APV chips with lower noise:

                          -z                                   ce
p-side             #5                                #10 (= pos 4)
n-side             #13 (= pos1)             #19 (= pos 3)

Router:
IP 137.138.113.230
Hostname ROUTERHEPHY.cern.ch
connected on outlet 0887-1:4602/02

Devices
DAQPC: 192.168.0.36
Slowcontrol (REINRAUMLAPTOP): 192.168.0.37
AnneKathrinPC (AOH): 192.168.0.40
GPIB->Ethernet: 192.168.0.240
Coolingbox: 192.168.0.148
XY Table: 192.168.0.13
VAIO (CONF1): 192.168.0.42
BeamControl: 137.138.113.210 CWO-HNA447-H6A.CERN.CH
VMheros am DAQPC: 192.168.0.47
 

Port Forwards:
DAQPC (192.168.0.36): 5901
Slowcontrol (192.168.0.37): 5902
AnneKathrinPC (192.168.0.40): 5903
VAIO (CONF1) (192.168.0.42): 5904
VMheros am DAQPC (192.168.0.47): 5022

Comments:
Remote Control von CESAR:
$ x11vnc -bg -forever

Infineon Stack Version 1 (with height information, BabyStrips horizontal Strixel vertical)

HV = 300V   I=3uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / 0 -- hitting the center of babies, between strixels

Infineon Stack Version 1 (with height information, BabyStrips horizontal Strixel vertical)

HV = 300V   I=3.1 uA

 Infineon Stack Version 2 (no height information, BabyStrips vertical Strixel vertical)

HV = 300V   I=4uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / 3 -- hitting upper part of baby and top strixels

Belle stack 2:

Modules:

1. Origami #4
2. Origami #3
3. Wedge new 1
4. Wedge old

n-Seite: Beam abgewand
p-Seite: Beam zugewand

Ausleserichtung Origami und Wedge:

• n-Seite: rechts -> links
• p-Seite: unten -> oben

Breite Seite der Wedge Sensoren links

Auslese der p-Seiten mit 4 APVs:
Origami: die beiden obersten APVs (#4,5) nicht ausgelesen
Micron: die beiden obersten APVs (#4,5) nicht ausgelesen

Micron new: APV0 auf n-Seite I²C - Fehler

Temperatur sensors:

• T11: Origami #4 in
• T12: Origami #4 out
• T13: Origami #3 in (wrong values!)
• T14: Origami #3 out
• T15: Wedge new 1 out
• T16: Wedge old out
• T17: Wedge new 1 cooling block
• T18: Wedge old cooling block

Beam setting file:
H6A.804: FM HAD (H8=+180, H6=120@0mrad) PARALL IN H6A; RD42

Kommentar (Marko):
Das alte Beam Setting File war optimiert fuer H6B, sprich der Beam Focus war dort. Dieses Setting ist neuer und hat den Focus in H6B.

ATTENTION! Bias voltage was +-100 V instead of +-50 V 

Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-100V

Ibias=12.3µA
 

beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#1 ->  right side of sensor

Position of xy table:
x = 23, y = -25

Temperatures:

Origami #4: In=-33 degC / Out=-34 degC
Origami #3: Out=-35 degC (temperatur sensor of inlet is not working)
Wedge new 1: Out =  -17 degC, cooling block = -14 degC
Wedge old: Out = -16 degC, cooling block = -14 degC

15.10.2012  22:08:31  event=0  rate=0events/s temp/curr=31.3/089.2 31.3/-16.2 31.2/-17.9 31.3/-18.2 29.9/003.6 29.9/003.1 30.0/-01.1 29.9/-01.6
 

Stopped after 31650 events, because of PS problems and no beam.

ATTENTION: Bias voltage was +-100 V instead of +- 50 V

Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-100V

Ibias=12.3µA
 

beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#1 ->  right side of sensor

Position of xy table:
x = 23, y = -25

Temperatures:

Origami #4: In=-33 degC / Out=-34 degC
Origami #3: Out=-35 degC (temperatur sensor of inlet is not working)
Wedge new 1: Out =  -17 degC, cooling block = -14 degC
Wedge old: Out = -16 degC, cooling block = -14 degC

ATTENTION: Bias voltage was +-100 V instead of +- 50 V

Same as run009.

Origami Stack 2: Origami #4, #3, Wedge new1, old
HV = +-10V

Ibias=12.3µA
 

beam position:
vertical: between APV 1&2 (of 6)
horizontal: centered on APV#1 ->  right side of sensor -> small side of wedge sensors

Position of xy table:
x = 23, y = -25

Temperatures:

Origami #4: In=-33 degC / Out=-34 degC
Origami #3: Out=-35 degC (temperatur sensor of inlet is not working)
Wedge new 1: Out =  -17 degC, cooling block = -14 degC
Wedge old: Out = -16 degC, cooling block = -14 degC

15.10.2012  22:08:31  event=0  rate=0events/s temp/curr=31.3/089.2 31.3/-16.2 31.2/-17.9 31.3/-18.2 29.9/003.6 29.9/003.1 30.0/-01.1 29.9/-01.6

 This run was not recorded in original sequence in the ELOG!!!

Micron baby stack
HV = -100V   I=5.4uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / -13.0 -- hitting the lower half of the sensor (centered on even APVs)

Run interrupted due to RF transmitter fault.

Module in Beamrichtung:

2-DSSD Origami  -z
2-DSSD Origami ce
1 Micron Wedge New
1 Micron Wedge Old

n-Seite: Beam abgewand
p-Seite: Beam zugewand

Ausleserichtung Origami:

n-Seite aufsteigend links -> rechts
p-Seite aufsteigend oben -> unten

Ausleserichtung Wedge:

p-Seite: unten -> oben
n-Seite: rechts -> links

Breite Seite der Wedge Sensoren links

Auslese der p-Seite mit 4 APVs:
Origami: Obere 4 APVs (letzte 2 APVs nicht ausgelesen, unten)
Micron: APVs 4,5 nicht ausgelesen (2 obersten)

Micron new: APV0 auf n-Seite I²C - Fehler, APV3 auf p-Seite hat 1/2 Signal

 Belle stack 3: 2DSSD-Origami, Wedge_New_1, Wedge_old

HV = +- 50V
I_ges = 11.6 µA

Position of xy table:
x = 49, y = -1

Temperatures at start of run:

Measurement on cooling pipe:
Origami IN: -15,5 degC
Origami OUT = Wedge_New_1 IN: -5,5 degC
Micron_New_1 OUT = Wedge_Old IN: +9,0 degC
Micron_Old OUT: +8.2 degC

Measurement on cooling block
Wedge_New_1: +14.6 degC
Wedge_Old: +18.7 degC

Micron baby stack with every other strip connected to APV chips

n-side faces the beam, p-side not read out.

Channels counting from bottom to top

Modules as seen by the beam:

Module name                      z-position [mm]                        Sensor ID
COMM-I-1                             0.0                                               B2Micron_2965_16_baby2
COMM-I-2                             26.0                                             B2Micron_2965_17_baby2
SPRAY-I-1                            50.4                                             B2Micron_2825_15_baby2  (known issue: I2C-error of APV3)
SPRAY-I-2                            76.2                                             B2Micron_2825_15_baby3
COMB-I-1                             101.8                                           B2Micron_2965_16_baby4
COMB-I-2                             136.8                                           B2Micron_2965_17_baby4
ATOLL-I-1                            161.0                                           B2Micron_2965_10_baby3
ATOLL-I-2                            185.3                                           B2Micron_2965_13_baby3

Micron baby intermediate stack
HV = -100V   I=6.3uA
beam on

Final DESY position (center of vertical beam profile)

Module position: 0 / -12.0 -- hitting the upper half of the sensor (centered on odd APVs)

Micron baby intermediate stack

HV = -100 V
I = 6.9 uA