TERA: A Readout IC for Ultra High Rate X-ray Detection Applications
2017 IEEE Nuclear Science Symposium and Medical Imaging Conference (NSS/MIC)（2017）
Key words
TERA,Throughput Enhanced Readout ASIC,multichannel low-noise readout ASIC,ultra-high-rate x-ray detection applications,Silicon Drift Detectors,Charge Sensitive Amplifiers,enhanced high throughput capability,parallel readout channels,7th order semiGaussian shaping-amplifier,series noise,shaping amplifier,analog memory,Poisson-distributed events,average count rate,acquisition readout frequency,independent peak detector circuit,maximum sampling rate,average input count rate,channel throughput,readout IC,ultra high rate X-ray detection applications,filter shaping times
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