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SYRMEP front-end and read-out electronics

Authors :
Alberto Bravin
E. Vallazza
Alexander Rashevsky
P. Cristaudo
Giuliana Tromba
Silvia Pani
Giovanni Cantatore
Renata Longo
P. Poropat
F. Tomasini
M. Di Michiel
M. Prest
Diego Pontoni
A. Vacchi
Fulvia Arfelli
Edoardo Castelli
V. Bonvicini
Alessandro Olivo
Arfelli, F
Bonvicini, V
Bravin, A
Cantatore, G
Castelli, E
Cristaudo, P
Di Michiel, M
Longo, R
Olivo, A
Pani, S
Pontoni, D
Poropat, P
Prest, M
Rashevsky, A
Tomasini, F
Tromba, G
Vacchi, A
Vallazza, E
Arfelli, Fulvia
Cantatore, Giovanni
Castelli, Edoardo
DI MICHIEL, M
Longo, Renata
Vallazza, E.
Publication Year :
1998
Publisher :
Elsevier BV, 1998.

Abstract

The SYRMEP approach to digital mammography implies the use of a monochromatic X-ray beam from a synchrotron source and a slot of superimposed silicon microstrip detectors as a scanning image receptor. The microstrips are read by 32-channel chips mounted on 7-layer hybrid circuits which receive control signals and operating voltages from a MASTER-SLAVE configuration of cards. The MASTER card is driven by the CIRM, a dedicated CAMAC module whose timing function can be easily excluded to obtain data-storage-only units connected to different MASTERs: this second-level modular expansion capability fully achieves the tasks of an electronics system able to follow the SYRMEP detector growth till the final size of seven thousands of channels.

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.doi.dedup.....baa5a40da7d850db6c403c54c818da55