Electronics Reliability methods for Neutrino Telescopes: The KM3NeT Case

19 may. 2021 17:20
20m
Valencia

Valencia

VLVnT 2021 | Parallel Session Room B https://cern.zoom.us/j/68306216278
Detector R&D and construction Detector R&D and construction

Ponente

Sr. Stephane Colonges (APC)

Descripción

The KM3NeT Collaboration is building a deep-sea neutrino observatory in the Mediterranean Sea equipped with thousands of glass spheres, hosting the so-called Digital Optical Modules, with an instrumented volume of several cubic kilometers. Reliability of the components used in the construction of the detectors is of extreme importance as the deployed Detection Units, each one composed of 18 Digital Optical Modules, will not be accessible for any kind of maintenance and the detector should be functional for a period longer than 10 years. This work presents the different reliability methods used in KM3NeT to assess and improve the reliability of the electronics housed in the Digital Optical Modules of KM3NeT.

Affiliation KM3NeT

Autores primarios

Sr. Stephane Colonges (APC) Diego Real Mañez (IFIC) Sr. Tommaso Chiarusi (INFN Bologna) David Calvo (IFIC) Sr. Peter Jansweijer (NIKHEF) Vincent Van Beveren (Nikhef) Sr. Paolo Musico (INFN Genova) Giuliano Pellegrini (INFN Bologna) Sr. Cristiano Bozza (University of Salerno) Francesco Filippini (University of Bologna - INFN) Francesco Benfenati (Department of Physics and Astronomy, University of Bologna, INFN-Bo) Carlo Nicolau (INFN Roma) Sr. Antonio Diaz (University of Granada)

Materiales de la presentación

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