Digital pulse-shape acquisition from CHIMERA telescopes

Anzalone A; Auditore L; Arena N; Bassini R; Boiano C; Brambilla S; Cordelia G; Cavallaro S; D'Andrea M; De Filippo E; Geraci E; Ghilardi D; Giustolisi F; Grzeszczuk A; Guazzoni P; Laguidara E; Lanzano G; LANZALONE, GAETANO; Nicotra D; Opichal P; Paduszynski T; Pagano A; Papa M; Pirrone S; Politi G; Porto F; Rosato E; Russo S; Sacca G; Sassi M; Sechi G; Trifiro A; Trimarchi M; Urso S; Vigilante M; Zetta L.

doi:10.1109/NSSMIC.2003.1352200

A 100 MS/s 14-bit Sampling Analog-to-Digital converter has been used to perform digital pulse-shape acquisition. The signals from a typical CHIMERA detector cell are collected both using a standard CHIMERA electronic chain, up to the amplifier, and directly from the preamplifier. The preliminary on-beam results are presented.

Digital pulse-shape acquisition from CHIMERA telescopes

Anzalone A;Auditore L;Arena N;Bassini R;Boiano C;Brambilla S;Cordelia G;Cavallaro S;D'Andrea M;De Filippo E;Geraci E;Ghilardi D;Giustolisi F;Grzeszczuk A;Guazzoni P;Laguidara E;Lanzano G;LANZALONE, GAETANO^{Membro del Collaboration Group};Nicotra D;Opichal P;Paduszynski T;Pagano A;Papa M;Pirrone S;Politi G;Porto F;Rosato E;Russo S;Sacca G;Sassi M;Sechi G;Trifiro A;Trimarchi M;Urso S;Vigilante M;Zetta L.

2003

Abstract

A 100 MS/s 14-bit Sampling Analog-to-Digital converter has been used to perform digital pulse-shape acquisition. The signals from a typical CHIMERA detector cell are collected both using a standard CHIMERA electronic chain, up to the amplifier, and directly from the preamplifier. The preliminary on-beam results are presented.