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International Conference on the Advancement of Silicon Photomultipliers

11.–15. Juni 2018
Palais Hirsch, Schwetzingen
Europe/Berlin Zeitzone

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Sitzung

Timing Properties (FAST Action WG3 Meeting)

13.06.2018, 09:00
Palais Hirsch, Schwetzingen

Palais Hirsch, Schwetzingen

Schlossplatz, 2 68723 Schwetzingen ‎

Vorsitzende der Sitzung

Timing Properties (FAST Action WG3 Meeting)

  • Stefan Gundacker (CERN)

Präsentationsmaterialien

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  1. 38. Timing Properties Introduction
    Dr. Stefan Gundacker (CERN)
    13.06.18, 09:00
    Timing Properties
    Talk
  2. 65. Time Resolution Measurement with Analog SiPMs: Measurements and Setup Examples
    Dr. Fabio Acerbi (FBK)
    13.06.18, 09:10
    Timing Properties
    Talk
    Silicon Photomultipliers (SiPM) are multi-cell photodetectors that have been studied and improved over the last few years. They are used in several applications ranging from the detection of single photons to multiple photons. Among others properties, the single-photon time resolution (SPTR) is an important characteristic of the SiPMs which has been studied in depth over the last few years by...
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  3. 93. Case Study of Digital SiPMs
    Herr Esteban Venialgo (Delft University of Technology)
    13.06.18, 09:30
    Timing Properties
    Talk
    Single-photon timing resolution (SPTR) is a key parameter for SiPM that influences the system-level timing performance, e.g. in applications such as positron emission tomography (PET), correlated photon detection or ranging (LiDAR). Appropriate standardization of SPTR in digital silicon photomultipliers (D-SiPMs) encounters a challenge as it is dependent of the electronic readout architecture,...
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  4. 88. Multi-Photon Time Resolution and Applications
    Dr. Elena Popova (MEPhI)
    13.06.18, 09:50
    Timing Properties
    Talk
    There are many applications demanding for a photon-number-resolving detection of light pulses, some of them also require an extreme timing resolution at the multi-photon level (TOF PET, LIDAR, 4D calorimetry). Silicon photomultipliers (SiPMs) operate in both detection modalities with outstanding performance and appear to be a well-recognized detector of choice in such applications. Therefore,...
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  5. 87. Timing Properties Discussion & Summary
    Dr. Stefan Gundacker (CERN)
    13.06.18, 10:10
    Timing Properties
    Talk
    The rapidly growing use of silicon photomultipliers (SiPMs) makes it necessary to standardize the various parameters related to this device with the final goal of rendering measurements comparable within different research groups and the industry. This summary talk will focus on the intrinsic timing parameters of SiPMs, i.e. the single photon time resolution (SPTR). We will present our...
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