Fast Timing twiki page

Relevant papers (links)

Time resolution of silicon pixel sensors
W. Riegler and G. Aglieri Rinella
http://iopscience.iop.org/article/10.1088/1748-0221/12/11/P11017/pdf

An overview of the LHCb telescope:

- https://indico.desy.de/indico/event/10685/session/8/contribution/6/material/slides/0.pdf

Interaction of particles with matter (deposited charge spectrum for laser light versus minimum ionising particles):

- http://pdg.lbl.gov/2014/reviews/rpp2014-rev-passage-particles-matter.pdf

- https://www.physi.uni-heidelberg.de/~sma/teaching/ParticleDetectors2/sma_InteractionsWithMatter_1.pdf

This is not entirely overlapping but some different silicon detectors that I used to work on (the pictures are helpful!):

- https://indico.cern.ch/event/577810/contributions/2451809/attachments/1424287/2184155/dhyndsOpenSession8March.pdf

An introduction to Timepix3:

- https://twiki.cern.ch/twiki/pub/CLIC/LabTestingTimepix3/X._Llopart_-_Timepix3.pdf

Some introduction to c++:

- http://www.cplusplus.com/doc/tutorial/

Now ROOT has some tutorials:

- https://root.cern.ch/introductory-tutorials

And also a user guide which can be helpful references

- https://root.cern.ch/root/htmldoc/guides/users-guide/ROOTUsersGuide.html#getting-started

But they are clearly not very good at introducing people…

Details of the sensors from CLIC, along with some other useful info (SPIDR, Timepix3) is on their twiki:

- https://twiki.cern.ch/twiki/bin/view/CLIC/LabTestingTimepix3

Task list

  • Bring semiconductor laser setup back to life (Robbert, Kevin)
  • Measure time delay along columns for Timepix3 (Robbert?)
  • Study threshold equalisation; minimal threshold, equalise fixed charge (Kevin)
  • get thin silicon on TPX3 from CLIC (Daniel, Martin)
  • get 3D on TPX3 (Martin, Kazu)
  • Characterise SPIDR TDC
  • TCAD simulations (Kevin)
  • Timing simulations in AllPixSquared (Daniel)
  • Investigate Timepix3 telescope timing (Martin)
  • Testbeam preparations (all)
  • Picosecond laser (Daniel)
  • TCT equipment, e.g. fast amplifiers
  • Input / requirements for SPIDR4, e.g. clock stability, tunable clock delay (Martin)
  • Proposal for attract

Testbeam measurements

  • spatial resolution
    • vs bias
    • vs angle
  • timing resolution
    • vs bias
    • vs angle
    • uniformity
    • intra-pixel
  • Grazing angle (4 angles 2 degrees from 89 or 88deg, at least one run with 3 thresholds) (during stable beam)
  • irradiated vs non-irradiated
  • thin vs thick
  • timing along column (move DUT vertically w.r.t. telescope)
  • 2D scans (angle and HV)
  • HV scan (under and overdepleted)
  • Threshold (steps 100 electrons) and Ikrum (5, 10, 15) 2Dscan
  • Calibration runs: Noise runs, TP, equalisation, 0 degrees (based on cluster size)
  • if there is time: Edge/corner data (move around the beam)
  • For the 3D sensors do an HV scan at 0 degrees.
Run plans:

https://wiki.nikhef.nl/detector/Main/RunPlanOctober2018W39G11

https://wiki.nikhef.nl/detector/Main/RunPlanOctober2018W11I5

https://wiki.nikhef.nl/detector/Main/RunPlanOctober2018W39I11

https://wiki.nikhef.nl/detector/Main/RunPlanOctober2018W20J7

https://wiki.nikhef.nl/detector/Main/SecondRunPlanOctober2018W11I5

Overview of the measurements:

https://wiki.nikhef.nl/detector/Main/TestbeamOct18MeasurementsSummary

Assemblies for testbeam

From CLIC: Advacam sensors (n-in-p) bump-bonded to Timepix3 ASICs with modified bump mask (256 x 256 bumps), optimized for floating guard ring and no guard ring.

Assembly Sensor thickness (μm) GR layout V breakdown (V) V Depletion (V) IV Curve Temperature (C)
W0039-G11 50 NGR -120 -15/-20 IV curves 38
W0039-I11 50 FGR -160 -15/-20 IV curves 39

3D sensors:
Schematic design: design
Additional information:

Assembly Sensor thickness (μm) GR layout V breakdown (V) V Depletion (V) IV Curve Temperature (C)
W0011-I05 285 ? 68? ~20V IV curve 39
W0011-D04 285 ?   ? IV curve 39
W0011-E04 Not mounted - - - - -
W0011-G03 Not mounted - - - - -

200 μm sensors:

Assembly Sensor thickness (μm) GR layout V breakdown (V) V Depletion (V) IV Curve Temperature (C)
W0020-G07 200 ? < -200 ~-115V IV curve 33
W0020-J07 200 ? < -200 ? IV curve 33

Laser setup

https://wiki.nikhef.nl/detector/Main/LaserSetup

Topic attachments
I Attachment Action Size Date Who Comment
PDFpdf 06122018_PeterBosch.pdf manage 662.3 K 2018-12-06 - 11:53 PeterBosch  
PDFpdf 06_12_18_Robbert.pdf manage 221.6 K 2018-12-06 - 11:22 RobbertGeertsema  
PDFpdf 2018-09-05_TPIX3_-_Si_3D_modules_for_NIKHEF.pdf manage 264.6 K 2018-09-06 - 14:38 MartinVanBeuzekom  
PDFpdf 2018-09-05_Visual_inspection_of_3D_sensors.pdf manage 1735.9 K 2018-09-06 - 14:35 MartinVanBeuzekom  
Unknown file formatpptx FibreLaserstesting.pptx manage 5322.8 K 2018-11-22 - 12:18 MartinVanBeuzekom  
PDFpdf IV_curves.pdf manage 21.5 K 2018-09-07 - 13:09 RobbertGeertsema  
PDFpdf IVcurveW11D4.pdf manage 15.1 K 2018-10-02 - 14:48 RobbertGeertsema  
PDFpdf IVcurveW11I5.pdf manage 22.9 K 2018-10-02 - 15:01 RobbertGeertsema  
PDFpdf IVcurveW20G7.pdf manage 20.2 K 2018-10-05 - 13:27 RobbertGeertsema  
PDFpdf IVcurveW20J7.pdf manage 20.3 K 2018-10-05 - 13:28 RobbertGeertsema  
Unknown file formatxlsx W0020G07.xlsx manage 33.2 K 2018-10-11 - 12:15 PeterBosch  
PDFpdf clToT_MPV_W0020G07.pdf manage 682.4 K 2018-10-11 - 12:15 PeterBosch  
PNGpng design-3D.png manage 25.3 K 2018-10-02 - 09:55 RobbertGeertsema  
Unix shell scriptsh generate.sh manage 0.2 K 2018-11-26 - 10:59 MarjoleinHeidotting Bash script that generates another bash script to submit multiple Kepler runs to the queue
Unix shell scriptsh generic.sh manage 0.7 K 2018-11-26 - 10:58 MarjoleinHeidotting Generic bash script to submit to stoomboot
PDFpdf overview_sensors.pdf manage 3053.2 K 2018-10-03 - 11:34 RobbertGeertsema Overview of measurements on current assemblies
PDFpdf plots_week_21nov.pdf manage 747.7 K 2018-11-22 - 13:17 MartinVanBeuzekom  
Topic revision: r40 - 2018-12-06 - PeterBosch
 
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