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    30th RD50 Workshop (Krakow)

    5–7 Jun 2017
    Krakow
    Europe/Zurich timezone

    Support Krakow / Support Agenda

    Session

    Device simulation

    5 Jun 2017, 14:30
    Krakow

    Krakow

    AGH UST Al. Mickiewicza 30 30-059 Krakow, Poland

    Conveners

    Device simulation

    • Gregor Kramberger (Jozef Stefan Institute (SI))

    Presentation materials

    There are no materials yet.

    1. 15. Depletion voltage and leakage current simulation of the ATLAS Pixel Detector according to the Hamburg model
      Julien-Christopher Beyer (Max-Planck-Institut fur Physik (DE))
      05/06/2017, 14:30

      The ATLAS Pixel detector consists of hybrid pixel modules where the sensitive elements are planar n-in-n sensors and has been operating since 2010.
      In order to investigate and predict the evolution of the depletion voltage in the different layers, a fully analytical implementation of the Hamburg model was derived. The parameters of the model, describing the dependence of the depletion voltage...

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    2. 17. TCAD simulations of CMOS Hi-Res MAPS detectors
      Dr E.Giulio Villani (STFC Ruthrerford Appleton Laboratory)
      05/06/2017, 14:50

      I will present results of Synopsys TCAD simulations of OVERMOS, a MAPS CMOS detector based on high resistivity substrate. Following a short description of the main features of OVERMOS, I will describe experimental results of initial test structures and comparisons with TCAD simulation results, both for standard and neutron irradiated devices. I will then describe a proposed fabrication of test...

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    3. 5. TCAD simulation of silicon detectors: A validation tool for the development of LGAD
      Dr Marco Mandurrino (INFN Torino (IT)), Dr Marco Mandurrino (Universita e INFN Torino (IT))
      05/06/2017, 15:40

      It is widely accepted that implantation profiles in the multiplication layer of Low-Gain Avalanche Detectors (LGAD) constitute a critical feature in view of keeping the gain as low as required by high-energy particle timing measurements. One of the most powerful tools we can use to predict the amount of multiplied charges and then the behavior of LGAD, both before and after irradiation, is the...

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    4. 26. Simulation and characterisation of a low gain avalanche detector for particle physics and synchrotron applications
      Mr Neil Moffat (University of Glasgow), Neil Moffat (University of Glasgow (GB))
      05/06/2017, 16:00

      Low Gain Avalanche detectors (LGAD) are part of family of Avalanche Photodiodes but have only small gain of an order of magnitude. LGAD’s have been shown to have a very fast response time, order of picoseconds, which can make them useful in many applications, including concurrent excellent time and position resolution tracking for particle physics and synchrotron applications. Coupling of LGAD...

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    5. 39. LGAD Simulations with the Ga doping: an exploration
      Prof. Francisco Rogelio Palomo Pinto (ETSI Universidad de Sevilla)
      05/06/2017, 16:20

      The new LGAD batch with Gallium doping is now in its first experimental stages. Using TCAD Sentaurus we explore the increase in radiation hardness that could be achieved.

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    6. 43. Discussion
      Gregor Kramberger (Jozef Stefan Institute (SI))
      05/06/2017, 16:40
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