PATARA II: A 64-channel solid-state Neutron Detector readout system with integrated analog and digital processing for the SNS

A G Antonacci,J L Britton,S Bunch,M N Ericson,Benjamin J Blalock, R Chun,Robert Greenwell,Douglas S Mcgregor,Lowell Crow,L C Clonts,T J Sobering, Robert Taylor,W J Mcneil,S L Bellinger,C L Britton

Nuclear Science Symposium Conference Record（2009）

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摘要

The High Efficiency Neutron Detector Array (HENDA) project at the Spallation Neutron Source (SNS), Oak Ridge Tennessee, has driven the need for state of the art radiation detector readout electronics. Readout electronics of this class must support multi-channel inputs while providing a high level of integration and precision. The Patara II ASIC targets this need by integrating a charge sensitive front end followed by analog and digital signal processing that supports the connectivity of 64 detectors. A monolithic biasing system and digital programmability was integrated in order to reduce the amount of required external components on the end system motherboard.

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关键词

digital signal processing chips,neutron detection,nuclear electronics,position sensitive particle detectors,readout electronics,patara ii asic targets,art radiation detector readout electronics,charge sensitive front end,digital programmability,digital signal processing,end system motherboard,high efficiency neutron detector array project,integrated analog,monolithic biasing system,multi-channel inputs,solid-state neutron detector readout system,spallation neutron source,radiation detector,radio frequency,application specific integrated circuits,synchronization,silicon,front end,neutrons,registers,detectors

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