TIGER - A fast trigger processor for the COMPASS-II recoil proton detector

T Baumann,M Buchele,H M Fischer,M Gorzellik, T Grussenmeyer, Fernando Luis Herrmann,P Jorg,K C Konigsmann, P Kremser,T Kunz, C Michalski,C Schill,S Schopferer, T Szameitat

Nuclear Science Symposium and Medical Imaging Conference（2012）

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摘要

State-of-the-art experiments in nuclear and high-energy physics typically operate with high-luminosity beams which leads to high event rates and large amounts of data from the detectors. The background-induced occupancy of the detector channels can be quite high; therefore it is important to have sophisticated trigger subsystems which process the data in realtime to generate trigger objects for the global trigger decision. In this work we present a FPGA based low-latency trigger processor for the COMPASS-II experiment.

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关键词

field programmable gate arrays,nuclear electronics,particle spectrometers,proton detection,compass spectrometer,compass-ii recoil proton detector,fpga based low-latency trigger processor,tiger,detector channel background-induced occupancy,global trigger decision,high-energy physics,high-luminosity beams,trigger subsystems,fpga,trigger processor,vita vxs,low latency,real-time tracking

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