How do I reduce noise and temperature drift in SiPMs?

Noise and temperature drift in SiPMs are usually reduced by controlling operating temperature, managing overvoltage carefully and choosing readout electronics that suit the detector and application. AP Technologies has dedicated support content on SiPM noise, dark count rate and temperature effects, which is valuable because those factors directly affect gain stability and low-light performance. Broadcom SiPMs are designed for high-speed, low-light sensing, but like other SiPMs they still need sensible bias control and system design to keep drift under control. Using the support material together with suitable DAQ or interface hardware gives you a better chance of building a stable instrument instead of chasing noise problems later.

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