Remarks: Telescope run 646. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Positoj scan vertical.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 648. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

rotation scan.

Telescope chiller turned on (15 deg).

Run finished over night!

Remarks: Telescope run 628. Bias scan -100V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 630. Bias scan -200V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 632. Bias scan -300V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 633. Bias scan -400V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 635. Bias scan -450V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing! Run crashed over night. Triggers valid up to 2032867.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 636. Bias scan -450V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 637. Bias scan -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 638. Bias scan -550V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 639. Bias scan -600V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 640. Bias scan -650V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 641. Bias scan -350V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 642. Bias scan -250V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Telescope chiller turned on (15 deg).

Remarks: Telescope run 649. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Beam energy scan.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 650. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Beam energy scan.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 651. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Beam energy scan.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 652. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Beam energy scan.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 653. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Beam energy scan.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 647. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

rotation scan.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 643. Bias voltage -500V, central position of sensor (DUT parallel to telescope planes at 360 deg due to different fixation compared to other DUTs). Telescope geometry identical to double irrad module.

Backside Biasing!

Positoj scan vertical.

Telescope chiller turned on (15 deg).

Remarks: Telescope run 623. 1nd chip only. Central position.

Telescope chiller turned on!

Remarks: Telescope run 620. 2nd chip only. Central position.

Telescope chiller turned on!

Remarks: Beam position on only one chip.

Remarks: Telescope run 550. Angle shift 250 deg.

First run for alibava modules with Sensor IFX_CB.

Beam energy = 5.6 GeV

Telescope threshold = 6

Telescope data file = 496

Bias voltage = -100V

Telescope synchornisation: yes

Position table (is center of sensor):

x=109mm

y=4.5mm

phi=240 deg

Remarks: Telescope run 508. Bias scan 10 V.

Remarks: Telescope run 496. Bias voltage 100 V. First run at DESY TB.

Remarks: Telescope run 510. Bias scan 20 V.

Remarks: Telescope run 513. Bias scan 30 V.

Remarks: Telescope run 515. Bias scan 40 V.

Remarks: Telescope run 517. Bias scan 50 V.

Remarks: Telescope run 521. Bias scan 60 V.

Remarks: Telescope run 522. Bias scan 65 V.

Remarks: Telescope run 523. Bias scan 70 V.

Remarks: Telescope run 524. Bias scan 75 V.

3Remarks: Telescope run 525. Bias scan 80 V.

3Remarks: Telescope run 526. Bias scan 90 V.

3Remarks: Telescope run 527-531. Bias scan 100 V. Telescope got out of sync. Match with telescope data only up to 175000 events.

Remarks: Telescope run 532. Bias scan 110 V.

Remarks: Telescope run 533. Bias scan 120 V.

Remarks: Telescope run 535. Bias scan 100 V. Run crashed over night. Telescope sync only up to event 190000 (planned 2500000 events).

3Remarks: Telescope run 547. Bias scan 140 V.

3Remarks: Telescope run 548. Bias scan 150 V.

Remarks: Telescope run 551. Longrun over night. Run crashed. Events only up to 2288000 valid.

3Remarks: Telescope run 557. Bias scan 130 V.

3Remarks: Telescope run 558. Bias scan 100 V. Telescope chiller turned off. Could be the root cause of crashing runs.

Remarks: Telescope run 549. Angle shift 230 deg.

Remarks: Telescope run 545. Bias voltage 100 V. Beam position on only one chip.

Remarks: Beam position on only one chip.

Remarks: Telescope run 546. Bias voltage 100 V. Beam position on only one chip. Run destroyed. Intended trigger count 500k

Remarks: Telescope run 605. Bias scan 200 V. Only one chip.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 607. Angle scan.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 609. Bias scan 50 V. Bias scan.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 610. Bias scan 100 V. Bias scan.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 611. Bias scan 150 V. Bias scan. Run crashed at 294000 triggers!

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 613. Bias scan 250 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 614. Long run over night. run crashed over night!

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 616. Short run central position. Repeated due to crash over night.

No beam during run.Only ~10000 events.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 606. Angle scan.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 604. Bias scan 200 V. Only one chip.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 625. Both chips. Central position. Run crashed over night.

Collected triggers 2710991.

Telescope chiller turned on!

Remarks: Telescope run 564. Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 565. Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 562. Telescope chiller turned off (could be the root cause of runs crashing).

Position: 102.5, 22.5, 240 (should be the center of the sensor).

Remarks: Telescope run 579. Bias scan 10 V. run crashed. Data vaild up to 274915.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 583. Bias scan 20 V. run crashed.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 586. Bias scan 30 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 587. Bias scan 40 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 588. Bias scan 50 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 589. Bias scan 60 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 590. Bias scan 65 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 591. Bias scan 70 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 592. Long run, bias voltage 100 V. Long run finished without any problems.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 593. Bias scan 75 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 594. Bias scan 80 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 595. Bias scan 90 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 596. Bias scan 110 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 597. Bias scan 120 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 598. Bias scan 130 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 599. Bias scan 140 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 600. Bias scan 150 V.

Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 568. Telescope chiller turned off (could be the root cause of runs crashing).

Remarks: Telescope run 570. Telescope chiller turned off (could be the root cause of runs crashing).

Forgot ro record data in elog.

Remarks: Telescope run 563. Telescope chiller turned off (could be the root cause of runs crashing).

Telescope 1209

Telescope 1209

threshold 90 

Telescope 1236

threshold 90 

Telescope 1237

Telescope 1241

Threshold 90

Telescope 1241

Threshold 90

Telescope 1241

Threshold 110

Telescope 1241

Threshold 110

Telescope 1241

Threshold 110

Telescope 1241

Threshold 200

Telescope 1241

Threshold 240

Telescope 1250

Threshold 130

Sample 46_4

Telescope 1263

Threshold 100

Sample 46_4

Telescope 1265

Threshold 90

Telescope 1267

Threshold 90

4 mm +x 

Ort Gut aligned! 

Telescope 1267

Threshold 90 

+2 ns 

Telescope 1269

Threshold 90 

Delay 2 ns

Telescope 1270

keine Reference Plane ! 

Threshold 90 

Delay 4 ns

Telescope 1271

Threshold 90 

Mapsa CLK Delay 4 ns

Telescope 1272

Threshold 90 

Mapsa CLK Delay 6 ns

Reference Plane out of sync

Telescope 1274

Threshold 90 

Mapsa CLK Delay 6 ns

Telescope 1276

Threshold 90 

Mapsa CLK Delay 8 ns

Reference out of sync

Telescope 1278

Threshold 90 

Mapsa CLK Delay 8 ns

Telescope 1278

Threshold 90 

Mapsa CLK Delay 10 ns

Reference out of sync

Telescope 1280

Threshold 90 

Mapsa CLK Delay 10 ns

Telescope 1282

Threshold 90 

Mapsa CLK Delay 12 ns

Telescope 1284

Threshold 90 

Mapsa CLK Delay 14 ns

Telescope 1286

Threshold 90 

Mapsa CLK Delay 16 ns

Telescope 1288

Threshold 90 

Mapsa CLK Delay 18 ns

Telescope 1288

Threshold 90 

Mapsa CLK Delay 20 ns

Telescope 1292

Threshold 90 

Mapsa CLK Delay 20 ns

Telescope 1292

Threshold 90 

Mapsa CLK Delay 22 ns

Telescope 1294

Threshold 90 

Mapsa CLK Delay 24 ns

Telescope 1296

Threshold 90 

Mapsa CLK Delay 0 

Telescope 1312

Threshold 80

Mapsa CLK Delay 0

Carbon fiber  broken at 2:20 AM. Alignement check.

Telescope 1314

Threshold 80

Mapsa CLK Delay 0

Reference Plane Lost aber Anfang Gut

Telescope 1316

Threshold 80

Mapsa CLK Delay 0

Reference Plane Lost aber Anfang Gut

Telescope 1318

Threshold 100

Mapsa CLK Delay 0

Reference Plane Lost aber Anfang Gut

Changed HV from 100V to 80 V

22:41 16.4.2017

Changed HV from 80 V to 60 V

Not in condition data applied in the settings

10:08 17.4.2017 

Changed HV from 60 V to 120 V

12:24 17.4.2017 

Changed HV from 120 V to 90 V

17:53 17.4.2017

Changed HV from 90 V to 80 V

Kann ich wegwerfen!

23:49 17.4.2017

Changed HV 80 V

23:50 17.4.2017

Changed HV 100 V Threshold 75

16:14 17.4.2017

Telescope Runnumber 1855

HV 100 V Threshold 75 Winkel 15

16:14 17.4.2017

Telescope Runnumber 1887

HV 100 V Threshold 75 Winkel 25

16:14 17.4.2017

Telescope Runnumber 1887

pulse shape looks good for latency 132. This value is now taken by default for all runs unless otherwise stated.

Beetle setting for a better defined pulse shape. These parameters were found by kazu, a beetle developer at lhcb.

CompCtrl=9
Ibuf=10
Icurrbuf=119
Ipipe=13
Ipre=75
Isf=29
Isha=10
Itp=0
Ivoltbuf=29
Latency=133
ROCtrl=26
RclkDiv=0
Vd=140
Vdcl=107
Vfp=31
Vfs=102

Central beam position: x = 109 mm, y = 4.5 mm, rot = 240 deg

Current was stable for all runs i.e. 140 +- 10 nA at 100 V

Trigger efficiency ~ 60% for all runs (except bias scan).

Temperature in area 20+-1 deg.

The chiller has been turned off beginning of run_30_IFX_CB_100V.dat.

Set temperature was 15 C. Now it should settle at 20 +- 1 C (room temperature).

Central beam position: x = 102 mm, y = 22.5 mm, rot = 240 deg

Current was stable for all runs i.e. 500 +- 10 nA at 100 V

Trigger efficiency ~ 90% for all runs (except bias scan).

Temperature in area 20+-1 deg.

Telescope chiller off for all runs.

The plane distances are measured at the center of the planes.

The distance of the DUT to the neighbouring planes is measured from the position of the sensor to the center of the planes.

Central beam position: x = 102 mm, y = 22.5 mm, rot = 240 deg

Current was stable of all runs i.e. 500 +- 10 nA at 100 V

Trigger efficiency ~ 90% for all runs (except bias scan).

Temperature in area 20+-1 deg.

Telescope chiller off for all runs.

Central beam position: x = 107 mm, y = 2.6 mm, rot = 240 deg

Current was stable for all runs i.e. 80 +- 5 nA at 200 V

Trigger efficiency ~ 65% for all runs (except bias scan).

Temperature in area 20+-1 deg.

Telescope chiller off for all runs.