Electronics for Photomultipliers
Modular Pulse Processing Electronics
Overview
Silicon Photomultipliers (SiPMs), detectors that constitute the most modern type of solid-state photodetectors, operate using a matrix of avalanche photodiodes known as pixels. Operating in Geiger-Muller regime and connected in parallel on a common Silicon substrate, SiPMs efficiently convert incoming photons into electrical signals. For a detailed understanding of SiPM functionality, explore our comprehensive guide [link to SiPM explanation]. In high-energy physics applications, CAEN’s electronic solutions address the dual requirements of a reliable power source and an efficient readout mechanism for SiPMs. Offering options covering both power supply and readout functionalities, our solutions are crafted to provide precision and adaptability for your research endeavors.
Electronics for Photomultipliers Families
Advanced Development with Open FPGA: Exploring R&D Capabilities for SiPMs
The Open FPGA solution for SiPMs within the DT5550W system integrates bias control and readout, offering customizable architecture for tailored research applications.
Easy-Scalable Readout System and Bias
The CAEN FERS systems integrate bias and readout for Silicon Photomultipliers, offering scalable control and synchronization for up to 128 boards.
Front-End Asics & Test Boards
The Weeroc Readout chips from CAEN deliver high-performance SiPM signal processing, complemented by dedicated testboards for seamless integration and testing.
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