We report HSPICE simulation results of the signal propagation due to a minimum ionizing particle along the strips of single-sided microstrip detectors connected to the PreShape 32 read-out electronics. The capacitive detector parameter values have been determined as a function of the width/pitch ratio by using measured and calculated data which are available in literature. The strip load capacitance, i.e. the capacitance at the read-out electronics input due to the detector has been calculated by using HSPICE simulations. Different read-out configurations have been investigated. (C) 1998 Elsevier Science B.V. All rights reserved.
HSPICE simulations of Si microstrip detectors
BISELLO, DARIO;CANDELORI, ANDREA;PACCAGNELLA, ALESSANDRO
1998
Abstract
We report HSPICE simulation results of the signal propagation due to a minimum ionizing particle along the strips of single-sided microstrip detectors connected to the PreShape 32 read-out electronics. The capacitive detector parameter values have been determined as a function of the width/pitch ratio by using measured and calculated data which are available in literature. The strip load capacitance, i.e. the capacitance at the read-out electronics input due to the detector has been calculated by using HSPICE simulations. Different read-out configurations have been investigated. (C) 1998 Elsevier Science B.V. All rights reserved.File in questo prodotto:
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