Electronics for Physics Research

The RIS Corp. team of design and manufacturing possess an extensive history in nuclear and high-energy physics instrumentation: Electronics for silicon strip detectors:    Charge-sensitive preamplifier modules (16-, 32-, 34-, and 48-channel versions)     Model 13050 16-Channel Shaping Amplifier [112k]     Model 13080 16-Channel CFD [104k] Digital signal processing for both field and laboratory spectroscopy applications     Model 17020 Dual MCA [88k]     Signal processing electronics for a segmented germanium 4-pi gamma ray detector Pulse-shape discrimination electronics for separation of neutron/gamma and alpha/beta/gamma pulses in scintillator applications     Model 1530 Neutron Gamma PSD [73k] 6-channel preamplifier boards for the PHENIX muon subsystem at RHIC Custom-designed PMT bases and HV circuitry Model 1500 5-Channel NIM Programmable Delay [116k] Packaging and board layout for custom detector applications

RIS's team of electronic and mechanical designers consider the full system performance when integrating detector, electronics, and data acquisition. Issues such as size, cost, optics design, noise performance, pulse response, timing, packaging, and shielding shape the final implementation through analysis, electronic simulation, and 3-D modeling.

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