Front-end electronics for the SuperB charged particle identification detectors
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Front-end electronics for the SuperB charged particle identification detectors

C. Beigbeder,D. Breton,N. Arnaud,A.Yu. Barnyakov,M. Benettoni,M. El Berni,L. Burmistrov,Gianmaria Collazuol,E. Delagnes,B. Dey,Fabio Gargano,F. Giordano,H. Jawahery,E.A. Kravchenko,S.A. Kononov,H. Lebbolo,D.W.G.S. Leith,L. Leterrier,Francesco Loparco,Mario Nicola Mazziotta,J. Maalmi-Di Bello,K. Nishimura,A.P. Onuchin,M. Posocco,V. Puill,B. Ratcliff,D. Roberts,S. Rouet,G. Simi,A. Stocchi,D. Shtol,Roberto Stroili,V. Tocut,E. Twedt,G.S. Varner,J. Va'vra;C. Beigbeder;D. Breton;N. Arnaud;A.Yu. Barnyakov;M. Benettoni;M. El Berni;L. Burmistrov;Gianmaria Collazuol;E. Delagnes;B. Dey;Fabio Gargano;F. Giordano;H. Jawahery;E.A. Kravchenko;S.A. Kononov;H. Lebbolo;D.W.G.S. Leith;L. Leterrier;Francesco Loparco;Mario Nicola Mazziotta;J. Maalmi-Di Bello;K. Nishimura;A.P. Onuchin;M. Posocco;V. Puill;B. Ratcliff;D. Roberts;S. Rouet;G. Simi;A. Stocchi;D. Shtol;Roberto Stroili;V. Tocut;E. Twedt;G.S. Varner;J. Va'vra;
nuclear instruments and methods in physics research section a: accelerators, spectrometers, detectors and associated equipment 2012 Vol. 718 pp. 186-188
123
va'vra2012nuclearfront-end

Abstract

An overview of the electronics chains for the two charged particle identification (PID) detectors of the SuperB experiment is presented. The PID group is designing different detectors for the barrel (FDIRC) and forward (FTOF) regions. Both are based on time measurements, respectively in the 100 ps and 10 ps rms resolution domains.

Keywords

pid scats pif samlong sampic

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DOI:
10.1016/j.nima.2012.11.033
URL:
https://sciprofiles.com/publication/view/82e8a023a...

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ID: 272696
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