Learn why mercury wetted reed relays deliver zero contact bounce for ATE and semiconductor test systems. Compare dry reed vs mercury, explore HGFR/HGMR/HGSR series, and find the right relay for your application.
View details →Learn the 6 most common reed relay failure modes — contact sticking, coil burnout, contact resistance drift, dielectric breakdown, reed fracture, and mercury-specific issues. Includes prevention checklists and derating strategies.
View details →How HVFR and HVR reed relays prevent leakage current in BMS test systems. Covers relay selection for 400V-1000V battery packs, insulation resistance requirements, and test accuracy optimization.
View details →Six-dimension comparison of reed relays vs solid state relays for high-voltage applications. Covers isolation voltage, contact resistance, switching speed, lifecycle, signal integrity, and cost across 8 application scenarios.
View details →A deep technical look at the relay and sensor technologies SHR AUTOSENSOR TECH LIMITED will demonstrate at SEMICON China 2026 — from zero-bounce mercury relays for ATE to 1500V ceramic DC contactors for EV platforms.
View details →储能系统高压直流接触器选型要点详解。覆盖额定电压选择、电流容量、密封方式（环氧/陶瓷）、弧抑制策略，以及EVI/EVM系列选型建议。
View details →Complete selection guide for high-voltage reed relays: voltage ratings, carry current, contact form, package type, and application-specific considerations for test equipment, medical devices, and industrial systems.
View details →MiRelay will exhibit at SEMICON China 2026, Shanghai, March 25-27. Visit our booth to see high-voltage reed relays, mercury wetted relays, and DC contactors for semiconductor test equipment.
View details →Technical guide to HV DC contactors in energy storage: why DC is harder to break than AC, ceramic vs epoxy sealing, arc suppression strategies, and EVI/EVM series selection criteria for 1500V systems.
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