Resolution and linearity of the position measurement of Pisa multi-electrode silicon detectors are presented. The detectors are operated in slightly underdepleted mode and take advantage of their intrinsic resistivity for resistive charge partition between adjacent strips. 22 μm resolution is achieved with readout lines spaced 300 μm. Possible applications in colliding beam experiments for the detection of secondary vertices are discussed.
High resolution silicon detectors for colliding beam physics / S.R. Amendolia;F. Bedeschi;E. Bertolucci;D. Bettoni;L. Bosisio;U. Bottigli;C. Bradaschia;M. Dell'orso;F. Fidecaro;L. Foà;E. Focardi;P. Giannetti;M.A. Giorgi;P.S. Marrocchesi;A. Menzione;G. Raso;L. Ristori;A. Scribano;A. Stefanini;R. Tenchini;G. Tonelli;G. Triggiani. - In: NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION A, ACCELERATORS, SPECTROMETERS, DETECTORS AND ASSOCIATED EQUIPMENT. - ISSN 0168-9002. - STAMPA. - 226:(1984), pp. 82-84. [10.1016/0168-9002(84)90171-2]
High resolution silicon detectors for colliding beam physics
FOCARDI, ETTORE;
1984
Abstract
Resolution and linearity of the position measurement of Pisa multi-electrode silicon detectors are presented. The detectors are operated in slightly underdepleted mode and take advantage of their intrinsic resistivity for resistive charge partition between adjacent strips. 22 μm resolution is achieved with readout lines spaced 300 μm. Possible applications in colliding beam experiments for the detection of secondary vertices are discussed.
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