TLU Run 46

Threshold 8b

Offset 601

FIRST GOOD RUN WITH SVD3 plus telescope

EUDET Run 49

Mimosa Threshold 7

Offset APVDAQ-TLU Event number: 601

Pos 1: x=100 mm, y=79 mm (Hits in APV 3 und 8-9 in p-Seite und 14 und 17 in n-Seite)

RUN WITH SVD3 plus telescope

EUDET Run 50

Mimosa Threshold 7

Pos 2: x=69.3 mm, y=79 mm (Hits in APV 3-4 und 8-9 in p-Seite und 13 und 18 in n-Seite) 

RUN WITH SVD3 plus telescope

EUDET Run 51

Mimosa Threshold 7

Pos 3: x=38.6 mm, y=84 mm

RUN WITH SVD3 plus telescope

EUDET Run 52

Mimosa Threshold 7

Pos 4: x=130.7 mm, y=84 mm (hits auf APV 2 und (bisschen) 3, (bisschen) 8 und 9, 15 und 16

RUN WITH SVD3 plus telescope

EUDET Run 53

Mimosa Threshold 6

Pos 5: x=30.5 mm, y= 99.74 mm (wide side top)

RUN WITH SVD3 plus telescope

EUDET Run 54

Mimosa Threshold 6

Pos 6: x=136.08 mm, y= 91.49 mm (narrow side top)

RUN WITH SVD3 plus telescope

EUDET Run 55

Mimosa Threshold 6

Pos 7: x= 30.5 mm, y= 79 mm (wide side center)

RUN WITH SVD3 plus telescope

EUDET Run 56

Mimosa Threshold 6

Pos 8: x=136.08 mm, y= 79 mm (narrow side center)

RUN WITH SVD3 plus telescope

EUDET Run 57

Mimosa Threshold 6

Pos 9: x=30.5 mm, y= 60.67 mm (wide side down)

RUN WITH SVD3 plus telescope

EUDET Run 58

Mimosa Threshold 6

Pos 10: x= 136.08mm, y=68.9 mm (narrow side down)

Testrun with the FEI4 working for the first time. 

Lessons learned about the configuration:

EnableDUTVeto needs to be set for the FEI4 to allow it to work

HandShakeMode needs to be enabled for the FEI4 as well

"Enable RJ45 input during scans" needs to be enabled for the USB-controller

Table: 100:70

Bias: +-50V

Run to confirm trigger delay

Table: 100:70

Bias: +-50V

Run to confirm trigger delay

Table: 100:70

Bias: +-50V

600 pedestal

0 offset (at the beginning)

Started APVDAQ and waited till 600 were taken then started EUDAQ

EUDAQ Run 24

Mimosa Thresholds lvl 7

Table: 100:70

Bias: +-50V

600 pedestal

0 offset (at the beginning)

Started APVDAQ and waited till 600 were taken then started EUDAQ

EUDAQ Run 21

Mimosa Thresholds lvl 6

Calibration Run with +- 50V Bias with higher compliance since the p-side draws more current than expected (23muA by the MAMBO)

120GeV hadrons, beam config H6A.BELLE.003

x-Achse: positiv Richtung Saleve (counting room)

y-Achse: positiv Richtung UNTEN!!

position of laddertestbox xy stages:

Rev. Pos (BWD Sensor, BWD, Oben) x= 82.3, y=110.6

Mitte Sensor:

Pos 1: (mitte BWD sensor): x=144.74, y=80.8

Pos 2: (mitte Origami -z): x=269.62, y=80.8

Pos 3: (mitte Origami ce): x=394.42, y=80.8

Pos 4 (mitte FWD Micron Sensor): x=517, y=80.8

Ecke:

Pos 5 (Ecke BWD sensor): x=92.3, y=105.6

Pos 6 (Ecke Origami -z): x=217.18, y=105.6

Pos 7 (Ecke Origami ce): x=342.06, y=105.6

Pos 8 (Ecke FWD sensor): x=467,62, y=56,3 

Pos 9 (Ecke FWD sensor): x=568,33 y=64,48

Coordinate system:

pos x-Direction = Jura side

pos y-Direction = Down

Zero-point is in the top right corner in Beam direction

absolute Position of PI Stages:

Pos 1: x=100 mm, y=79 mm (Hits in APV 3 und 8-9 in p-Seite und 14 und 17 in n-Seite )

Pos 2: x=69.3 mm, y=79 mm (Hits in APV 3-4 und 8-9 in p-Seite und 13 und 18 in n-Seite) 

Pos 3: x=38.6 mm, y=84 mm

Pos 4: x=130.7 mm, y=84 mm

Pos 5: x=30.5 mm, y= 99.74 mm (wide side top)

Pos 6: x=136.08 mm, y= 91.49 mm (narrow side top)

Pos 7: x= 30.5 mm, y= 79 mm (wide side center)

Pos 8: x=136.08 mm, y= 79 mm (narrow side center)

Pos 9: x=30.5 mm, y= 60.67 mm (wide side down)

Pos 10: x= 136.08mm, y=68.9 mm (narrow side down)

Trying to get a nice plot of the beam profile by only using the vertical PMTs (number 0 and 2) see http://elog.hephy.at/testbeam-SPS2015/66 for details. 

Pos 2: x=69.3 mm, y=79 mm (Hits in APV 3-4 und 8-9 in p-Seite und 13 und 18 in n-Seite) 

Producer.TLU Config Change:

• AndMask=0x5

Trying to get a nice plot of the beam profile by only using the vertical PMT 0 (upstream vertical, the long one)  see http://elog.hephy.at/testbeam-SPS2015/66 for details. 

Pos 2: x=69.3 mm, y=79 mm (Hits in APV 3-4 und 8-9 in p-Seite und 13 und 18 in n-Seite) 

Producer.TLU Config Change:

• AndMask=0x1 

Threshold 6

Testrun to see how the telescope behaves without a DUT to test if there is an increased amount of multiple scattering after the aluminum planes of the FW and BW module. 

Threshold 6

Testrun to see how the telescope behaves without a DUT to test if there is an increased amount of multiple scattering after the aluminum planes of the FW and BW module. 

This time with the upstream FEI4 plane

a working version of the EUDET online monitor (which works also with the FE-I4) is at the following location

~/BELLETEST/eudaq-neu/build/monitors/onlinemon$ ./OnlineMon.exe -sc 0 -f /home/telescope/eudaq/data/run000060.raw

Telescope in combination with SVD3

Telescope alone

Telescope alone

Channels:

• Upstream vertical -> channel 0; (bitmask 1)
• Upstream horizontal -> channel 1; (bitmask 2)
• Downstream vertical -> channel 2; (bitmask 4)
• Downstream horizontal ->channel 3; (bitmask 8)

TLU DuT interface:

room temp max subevent at 2. with lat = 96

lat = 97 to a greater range of lat scan

lat = 98

room temp

pedestalrun 003

room temp
pedestalrun 008
FIRRun004

max frame pos = 0. frame

[six]
lvl = 20, 30
lat = 95
sam = 20
grp = 8

room temp
pedestalrun 008
FIRRun004

max frame pos = 0. frame

[six]
lvl = 20, 30
lat = 96
sam = 20
grp = 8

room temp
pedestalrun 008
FIRRun004

max frame pos = 1-2-3. frame n side still shifted

[six]
lvl = 20, 30
lat = 97
sam = 20
grp = 8

room temp
pedestalrun 008
FIRRun004

max frame pos = 1-2-3. frame n side still shifted

[six]
lvl = 20, 30
lat = 98
sam = 20
grp = 8

cooled
pedestalrun 008
FIRRun004

max frame pos = 1-2-3. frame n side still shifted

[six]
lvl = 15, 35
lat = 96
sam = 50
grp = 8

cooled
pedestalrun 008
FIRRun004

max frame pos = 1-2-3. frame n side still shifted

[six]
lvl = 15, 35
lat = 96
sam = 50
grp = 8

cooled until about 400k after that room temp
pedestalrun 009
FIRRun005

sixlet calibration run with only ladders

[six]
lvl = 0, 255
lat = 97
sam = 50
grp = 8

Information concerning the SVD3 setup during a beam test

In the beam area setup the whole crate and the power supply with the usual spider cable and the two Keithly 2410 high voltage supplies. Monitoring of the 2410 happens via a NI MAX interface that connects to the GPIB-Ethernet interface and needs to be configured there. The IP and password are noted on the device. The software can be found on heros in medialib/LONGTERM/longterm R3.1_doubleSided as a normal *.vi file. 

Default adresses 16 and 17 as defined in labview, need to figure out on site which is which, if the voltage selected (e.g. 100V) is applied as +50/-50 or if it is applied as +100/-100 before connecting the cables. 

Take a run without dut as well to check the telescope integrity. Without dut in beamline!!!!!

FirRun001, room temp
telescope n-side switched.

firrun003, room temp
 

update pedestal values for room temp sixlet runs.
 

Readjust after cooling box.

room temp, firrun002
 

Cooled, Temp see attachment
FirRun002
 

Room temp, fir002

Room temp, fir004

temp: in -22 out -18,
FIRRun004,

cooled pedestal vaules for long sixlet cal

room temp
FIRRun002
 

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: 128.141.174.109 (für diverse Port Forwardings)

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

IP/MAC Zuweisung:

Admin Zugang Wlan Router:

IP: 192.168.0.254

Username: admin

password: Hephy2014

Set mimosa threshold to 5 and recorded with FEI4 upstream

L3 already in sensor but not yet configured. 

Probably to noisy to help much

L3 sensor at position x: 105, y: 47 hitting apvs: 2&3 on p-side and apv 3 on n-side

L3 sensor at position x: 115, y: 47 hitting apvs: 2&3 on p-side and apv 3&4 on n-side

L3 sensor at position x: 115, y: 57 hitting apvs: 1&2 on p-side and apv 3&4 on n-side

Trying to get a nice plot of the beam profile by only using the PMTs 1 and 3 (horizontal)  see http://elog.hephy.at/testbeam-SPS2015/66 for details. 

Pos 2: x=69.3 mm, y=79 mm (Hits in APV 3-4 und 8-9 in p-Seite und 13 und 18 in n-Seite) 

Producer.TLU Config Change:

• AndMask=0xa (10 in hex) 

Trying to get a nice plot of the beam profile by only using the and 3 (horizontal)  see http://elog.hephy.at/testbeam-SPS2015/66 for details. 

Pos 1: x=100 mm, y=79 mm (Hits in APV 3 und 8-9 in p-Seite und 14 und 17 in n-Seite )

Producer.TLU Config Change:

• AndMask=0x8 

room temp, FIRRun002, PedestalRun005, room temp

target: CE, pos 7 (p-0, n-0)

Hardware run with FEI4, Telescope and FW&BW Modules

Pos 10: x= 136.08mm, y=68.9 mm (narrow side down)

Bilder: Hitmap FE-I4 und Correlation zw. Mimosa und FE-I4

RUN WITH SVD3, telescope and FEI4

EUDET Run 61

Mimosa Threshold 6

Pos 2: x=69.3 mm, y=79 mm (Hits in APV 3-4 und 8-9 in p-Seite und 13 und 18 in n-Seite) 

RUN WITH SVD3, telescope and FEI4

EUDET Run 62

Mimosa Threshold 6

Pos 3: x=38.6 mm, y=84 mm

RUN WITH SVD3, telescope and FEI4

EUDET Run 63

Mimosa Threshold 6

Pos 4: x=130.7 mm, y=84 mm

RUN WITH SVD3, telescope and FEI4

EUDET Run 64

Mimosa Threshold 6

Pos 5: x=30.5 mm, y= 99.74 mm (wide side top)

RUN WITH SVD3, telescope and FEI4

EUDET Run 68

Mimosa Threshold 6

Pos 8: x=136.08 mm, y= 79 mm (narrow side center)

RUN WITH SVD3, telescope and FEI4

EUDET Run 71

Mimosa Threshold 6

Pos 1: x=100 mm, y=79 mm (Hits in APV 3 und 8-9 in p-Seite und 14 und 17 in n-Seite )

Downstream FEI4 used

RUN WITH SVD3, telescope and FEI4

EUDET Run 73

Mimosa Threshold 6

Pos 7: x= 30.5 mm, y= 79 mm (wide side center)

Upstream FEI4 used, checking if alignment change helped

RUN WITH SVD3, telescope and FEI4

EUDET Run 74

Mimosa Threshold 6

Pos 8: x=136.08 mm, y= 79 mm (narrow side center)

Upstream FEI4 used

PedestalRun001, FIRRun001, room temp
telescope n-side switched.
In order to correct the position change the

room temp, FIRRun001, pedestal run 003

CE. pedestal run 003. Fir run 002. Room temp

room temp, FIRRun002, pedestalrun003, taget FW

FIRRun002, pedestalrun005, room temp
Target BW: beam spot at ~ (0 p, 0 n)

FIRRun002, room temp, pedestalrun005,
layout: same as HW 005
target: -z, pos 6 (strip: p-0, n-0);

NOTE: results shown in the attachments has been evaluated with cmc containing 128 strip
 

room temp, FIRRun002, PedestalRun005, room temp

target: FW, pos 8 (p-0, n-0)

room temp, FIRRun002, PedestalRun005, room temp

target: FW, pos 9 (p-0, n-128*4)

cooled

FIRRun002, PedestalRun006 (temp enty)

target: BW, pos 1

cooled (see attachment)

FIRRun002, PedestalRun006

target: -Z, pos 2

cooled (see attachment)

FIRRun002, PedestalRun006

target: CE, pos 2

cooling box emergency break ... ie about the last 1-10 k not useable.

cooled (see attachment)

FIRRun002, PedestalRun006

target: CE, pos 3

cooling box emergency break ... ie about the last 1-10 k not useable.

cooled (see attachment) in - 20,5 out -7,8

FIRRun002, PedestalRun006

target: fw, pos 4

cooled (see attachment) in - 21 out -18

FIRRun002, PedestalRun006

target: fw, pos 8

cooled (see attachment) in --21.24 out -18-54

FIRRun002, PedestalRun006

target: fw, pos 9

cooled (see attachment) in -21.24 out -18.54

cooling supply emty at ~24:00 ie first 30k is cooled.

FIRRun002, PedestalRun006

target: BW, pos 5

room temp

FIRRun002, PedestalRun007, Calibrationrun003

room temp

FIRRun004, PedestalRun008
telescope alignment

temp: in -23 out -20

FIRRun002,
PedestalRun010,
Calibrationrun002

taget: BW

temp: in -23 out -20

FIRRun002,
PedestalRun010,
Calibrationrun002

taget: BW, pos 5

temp: attachment (in 1st col, out 2nd col)

FIRRun002,
PedestalRun010,
Calibrationrun002

taget: CE, pos 7

temp: attachment (in 1st col, out 2nd col)

FIRRun002,
PedestalRun010,
Calibrationrun002

taget: -z, pos 6

temp: attachment (in 1st col, out 2nd col)

FIRRun002,
PedestalRun010,
Calibrationrun002

taget: ce, pos 3

room temp

FIRRun002,
PedestalRun012,
CalibrationRun003

L3 rotated.
taget: bw, pos 1
 

room temp

FIRRun002,
PedestalRun012,
CalibrationRun003

L3 rotated.
taget: CE, pos 1
 

room temp

FIRRun002,
PedestalRun012,
CalibrationRun003

L3 rotated.
taget: FW, pos 4
 

room temp

FIRRun002,
PedestalRun012,
CalibrationRun003

L3 rotated.
taget: CE, pos 3
 

room temp

FIRRun002,
PedestalRun012,
CalibrationRun003

wo L3 and L4
taget: CE, pos 3
 

room temp

FIRRun002,
PedestalRun012,
CalibrationRun003

wo L3 and L4
taget: bw, pos 1
 

FIR filer and ADC delay with all sensor and telescope.
telescope n-side switched.

FIR filer and ADC delay with all sensor and telescope.
Telescope alignment

FIR filer and ADC delay for long sixlet cal run.

There are two planes, one fixed upstream and one fixed downstream. 

CIS3WII_6 upstream and CIS2WI_IBL2 downstream.

They are configured using the pc in H6B which can be accessed via microsoft remote desktop from the network 192.168.5.x using the ip 192.168.5.6. 

The configuration files can be found in the folder "E:\ConfigurationCMS\" on the server and are named after the modules. 

Only one of the FEI4 detectors can be used at a time since they are of different generations (FEI4A and FEI4B) which can't be used at the same time with the available USB board. vnc

The configuration for EUDAQ needs to be adapted for the used module by changing the name of the configuration file. 

[Producer.USBpixI4]
SRAM_READOUT_AT = 5
SkipConfiguration = no
UseSingleBoardConfig = no
boards = 230
modules[230] = 1
#upstream
config_file = E:\ConfigurationCMS\CIS3_W11_06_thr1600_7to21ke_modified.cfg.root
#downstream:
#config_file = E:\ConfigurationCMS\CIS2_W02_IBL1_thr1600_7to14_modified.cfg.root
fpga_firmware = E:\icwiki_svn\USBPixI4\host\tags\release-5.3\config\usbpixi4.bit
lvl1_delay = 16
tlu_trigger_data_delay = 10

In my experience switching between the planes also requires a restart of the USBPix DAQ because apparently something is not working with the reload of a different config file afterwards. I had the phenomenon that the DAQ responded like it was working but the datastream was empty. Therefore always check the online monitor for hitmaps. 

Apparently every problem can be attributed to a misalignment problem. The telescope has troubles with heavily misaligned DUTs. Was resolved by creating different gear-files for each run with pretty precise coordinates of the DUT position calculated for the telescope coordinate system. 

Additionally one has to watch out for misaligned planes of the telescope itself. It was required to allow for more than 2mm offset for the telescope planes behind the DUTs. This can be easily checked by looking at the PreAligner plots in the -hitmaker-histo.root file.

It look something like this:

and not like this:

Something triggered a emergency break. HWRun012 only last 1-10k event has to be discarded.

Cooled!
FIRRun002, pedestalrun006; temp see attachment in pedestalrun006
 

room temp
FIRRun002,
pedestalrun006;
pedestalrun007