We present results obtained with full-size wedge silicon microstrip detectors bonded to APV6 (Raymond et al., Proceedings of the 3rd Workshop on Electronics for LHC Experiments, CERN/LHCC/97-60) readout chips. We used two identical modules, each consisting of two crystals bonded together. One module was irradiated with . The detectors have been characterized both in the laboratory and by exposing them to a beam of minimum ionizing particles. The results obtained are a good starting point for the evaluation of the performance of the “ensemble” detector plus readout chip in a version very similar to the final production one. We detected the signal from minimum ionizing particles with a signal-to-noise ratio ranging from 9.3 for the irradiated detector up to 20.5 for the non-irradiated detector, provided the parameters of the readout chips are carefully tuned.

Performance of CMS silicon microstrip detectors with the APV6 readout chip / M. Meschini;S. Albergo;M. Angarano;P. Azzi;E. Babucci;N. Bacchetta;A. Bader;G. Bagliesi;A. Basti;U. Biggeri;G.M. Bilei;D. Bisello;D. Boemi;F. Bosi;L. Borrello;C. Bozzi;S. Braibant;H. Breuker;M. Bruzzi;A. Buffini;S. Busoni;A. Candelori;A. Caner;R. Castaldi;A. Castro;E. Catacchini;B. Checcucci;P. Ciampolini;C. Civinini;D. Creanza;R. D'Alessandro;M.Da Rold;N. Demaria;M. de Palma;R. Dell'Orso;R.Della Marina;S. Dutta;C. Eklund;A. Elliott-Peisert;L. Feld;L. Fiore;E. Focardi;M. French;K. Freudenreich;A. Fürtjes;A. Giassi;M. Giorgi;A. Giraldo;B. Glessing;W.H. Gu;G. Hall;R. Hammerstrom;T. Hebbeker;J. Hrubec;M. Huhtinen;A. Kaminsky;V. Karimaki;St. Koenig;M. Krammer;P. Lariccia;M. Lenzi;M. Loreti;K. Luebelsmeyer;W. Lustermann;P. Mättig;G. Maggi;M. Mannelli;G. Mantovani;A. Marchioro;C. Mariotti;G. Martignon;B.Mc Evoy;A. Messineo;S. My;A. Paccagnella;F. Palla;D. Pandoulas;A. Papi;G. Parrini;D. Passeri;M. Pieri;S. Piperov;R. Potenza;V. Radicci;F. Raffaelli;M. Raymond;A. Santocchia;B. Schmitt;G. Selvaggi;L. Servoli;G. Sguazzoni;R. Siedling;L. Silvestris;K. Skog;A. Starodumov;I. Stavitski;G. Stefanini;P. Tempesta;G. Tonelli;A. Tricomi;T. Tuuva;C. Vannini;P.G. Verdini;G. Viertel;Z. Xie;Li Yahong;S. Watts;B. Wittmer. - In: NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION A, ACCELERATORS, SPECTROMETERS, DETECTORS AND ASSOCIATED EQUIPMENT. - ISSN 0168-9002. - ELETTRONICO. - 447:(2000), pp. 133-141. [10.1016/S0168-9002(00)00181-9]

Performance of CMS silicon microstrip detectors with the APV6 readout chip

BRUZZI, MARA;S. Busoni;D'ALESSANDRO, RAFFAELLO;FOCARDI, ETTORE;
2000

Abstract

We present results obtained with full-size wedge silicon microstrip detectors bonded to APV6 (Raymond et al., Proceedings of the 3rd Workshop on Electronics for LHC Experiments, CERN/LHCC/97-60) readout chips. We used two identical modules, each consisting of two crystals bonded together. One module was irradiated with . The detectors have been characterized both in the laboratory and by exposing them to a beam of minimum ionizing particles. The results obtained are a good starting point for the evaluation of the performance of the “ensemble” detector plus readout chip in a version very similar to the final production one. We detected the signal from minimum ionizing particles with a signal-to-noise ratio ranging from 9.3 for the irradiated detector up to 20.5 for the non-irradiated detector, provided the parameters of the readout chips are carefully tuned.
2000
447
133
141
M. Meschini;S. Albergo;M. Angarano;P. Azzi;E. Babucci;N. Bacchetta;A. Bader;G. Bagliesi;A. Basti;U. Biggeri;G.M. Bilei;D. Bisello;D. Boemi;F. Bosi;L. Borrello;C. Bozzi;S. Braibant;H. Breuker;M. Bruzzi;A. Buffini;S. Busoni;A. Candelori;A. Caner;R. Castaldi;A. Castro;E. Catacchini;B. Checcucci;P. Ciampolini;C. Civinini;D. Creanza;R. D'Alessandro;M.Da Rold;N. Demaria;M. de Palma;R. Dell'Orso;R.Della Marina;S. Dutta;C. Eklund;A. Elliott-Peisert;L. Feld;L. Fiore;E. Focardi;M. French;K. Freudenreich;A. Fürtjes;A. Giassi;M. Giorgi;A. Giraldo;B. Glessing;W.H. Gu;G. Hall;R. Hammerstrom;T. Hebbeker;J. Hrubec;M. Huhtinen;A. Kaminsky;V. Karimaki;St. Koenig;M. Krammer;P. Lariccia;M. Lenzi;M. Loreti;K. Luebelsmeyer;W. Lustermann;P. Mättig;G. Maggi;M. Mannelli;G. Mantovani;A. Marchioro;C. Mariotti;G. Martignon;B.Mc Evoy;A. Messineo;S. My;A. Paccagnella;F. Palla;D. Pandoulas;A. Papi;G. Parrini;D. Passeri;M. Pieri;S. Piperov;R. Potenza;V. Radicci;F. Raffaelli;M. Raymond;A. Santocchia;B. Schmitt;G. Selvaggi;L. Servoli;G. Sguazzoni;R. Siedling;L. Silvestris;K. Skog;A. Starodumov;I. Stavitski;G. Stefanini;P. Tempesta;G. Tonelli;A. Tricomi;T. Tuuva;C. Vannini;P.G. Verdini;G. Viertel;Z. Xie;Li Yahong;S. Watts;B. Wittmer
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/657241
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