Author :
Amorini, F. ; Anzalone, A. ; Cardella, G. ; Cavallaro, S. ; De Filippo, E. ; Guazzoni, P. ; La Guidara, E. ; Lanzanò, G. ; Pagano, A. ; Pirrone, S. ; Politi, G. ; Porto, F. ; Riccio, F. ; Rizzo, F. ; Russo, S. ; Russotto, P. ; Zetta, L.
Abstract :
The digital pulse shape data acquisition (DAQ) system used by the large area telescopes of the 4pi-multidetector CHIMERA requires transferring large amount of data to the computer. This is necessary so that the same information can be extracted from the detector pulses as in previous analog based systems. To overcome this problem, we have used a sampling ADC-board equipped with two TigerSHARC digital signal processors. The board receives the data and reconstructs the event parameters online. The data volume is significantly reduced by transmitting to the DAQ only the reconstructed event parameters
Keywords :
analogue-digital conversion; data acquisition; digital signal processing chips; high energy physics instrumentation computing; scintillation counters; signal sampling; silicon radiation detectors; software architecture; 4pion-detector large-area telescopes; ADC-board sampling; CHIMERA detector; DAQ system; Si-CsI(Tl) telescope; TigerSHARC digital signal processors; digital pulse shape data acquisition system; on-board digital signal processing; reconstructed event parameters; software architecture; Detectors; Digital signal processing; Electronic equipment testing; Event detection; Performance evaluation; Pulse shaping methods; Punching; Shape; Silicon; Telescopes; Digital signal processors; mass and charge identification; nuclear measurements; nuclear physics; online and on-board digital signal processing;
