The CMS silicon strip tracker involves about 70 m2 of instrumented silicon, with approximately 18500 microstrip detectors read out by 5 × 106 electronics channels. It has to satisfy a set of stringent requirements imposed by the environment and by the physics expected at the LHC: low cell occupancy and good resolution, radiation hardness aided by adequate cooling, low mass combined with high stability. These conditions have been incorporated in a highly modular design of the detector modules and their support structures, chosen to facilitate construction and to allow for easy assembly and maintenance.
The silicon microstrip tracker for CMS / D. Pandoulas;S. Albergo;M. Angarano;P. Azzi;E. Babucci;N. Bacchetta;A. Bader;G. Bagliesi;P. Bartalini;A. Basti;U. Biggeri;G.M. Bilei;D. Bisello;D. Boemi;L. Borrello;F. Bosi;C. Bozzi;S. Braibant;H. Breuker;M. Bruzzi;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. Elliot-Peisert;L. Feld;L. Fiore;E. Focardi;M. French;K. Freudenreich;A. Fürtjes;A. Giassi;A. Giraldo;W.D. Glessing;W.H. Gu;G. Hall;R. Hammarstrom;T. Hebbeker;A. Honkanen;J. Hrubec;M. Huhtinen;A. Kaminsky;V. Karimaki;R. Kellogg;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;M. Meschini;A. Messineo;S. My;S. Paccagnella;F. Palla;G. Parrini;D. Passeri;M. Pieri;S. Piperov;R. Potenza;F. Raffaelli;G. Raso;M. Raymond;B. Schmitt;G. Selvaggi;L. Servoli;G. Sguazzoni;R. Siedling;L. Silvestris;K. Skog;A. Starodumov;I. Stavitsky;G. Stefanini;P. Tempesta;G. Tonelli;A. Tricomi;T. Tuuva;C. Vannini;P.G. Verdini;G. Viertel;Y. Wang;S. Watts;B. Wittmer;Z. Xie. - In: NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS. - ISSN 0920-5632. - ELETTRONICO. - 78:(1999), pp. 315-321. [10.1016/S0920-5632(99)00564-2]
The silicon microstrip tracker for CMS
BRUZZI, MARA;D'ALESSANDRO, RAFFAELLO;FOCARDI, ETTORE;
1999
Abstract
The CMS silicon strip tracker involves about 70 m2 of instrumented silicon, with approximately 18500 microstrip detectors read out by 5 × 106 electronics channels. It has to satisfy a set of stringent requirements imposed by the environment and by the physics expected at the LHC: low cell occupancy and good resolution, radiation hardness aided by adequate cooling, low mass combined with high stability. These conditions have been incorporated in a highly modular design of the detector modules and their support structures, chosen to facilitate construction and to allow for easy assembly and maintenance.
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