INDRA electronics upgrade

Beaudouin, Q.; Bougault, R.; Bourgault, P.; Chbihi, A.; Fable, Q.; Faillant, F.; Frankland, J.D.; Genard, T.; Godefroid, V.; Gouyet, C.; Gruyer, D.; Henri, M.; Le Neindre, N.; Lemarié, J.; Leterrier, L.; Lopez, O.; Loubeau, E.; Marie-Saillenfest, F.; Nicolle, C.; Noury, F.; Perronnel, J.; Prieur, M.; Rebillard-Soulié, A.; Revenko, R.; Rousseau, L.; Vient, E.

INDRA electronics upgrade

Authors: Q. Beaudouin
R. Bougault
P. Bourgault
A. Chbihi
Q. Fable
F. Faillant
J.D. Frankland
T. Genard
V. Godefroid
C. Gouyet
D. Gruyer
M. Henri
N. Le Neindre
J. Lemarié
L. Leterrier
O. Lopez
E. Loubeau
F. Marie-Saillenfest
C. Nicolle
F. Noury
J. Perronnel
M. Prieur
A. Rebillard-Soulié
R. Revenko
L. Rousseau
E. Vient
Publication date: 23 November 2021
Publisher: HAL CCSD
Doi

Abstract

International audienceThe INDRA charged particle multidetector has been operating since 1993, and up to the first experiment coupling it with FAZIA performed in 2019 it has always functioned with the same electronics developed at the beginning of the 1990s. A major upgrade of the full electronics (both for data acquisition and power supplies) has recently been completed, in time for the next INDRA-FAZIA experiment, scheduled for April 2022. In this contribution we will present this new electronics

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