A battery management system does many things, but its most important job is simple: disconnect the pack when something goes wrong. That final disconnect…
View details →High-Voltage DC Contactor Selection Guide: 400V vs 800V vs 1000V Systems Introduction As electric vehicles (EVs) and energy storage systems (ESS) continue to evolve,…
View details →Complete guide to selecting liquid level sensors for industrial, automotive, HVAC, and consumer applications. Covers vertical/horizontal float switches, material selection, and common applications.
View details →Why Semiconductor Test Engineers Keep Choosing Reed Relays The semiconductor industry moves fast, new process nodes, new chip architectures, new test challenges every quarter.…
View details →DC fast charging stations push 200–1000V DC at up to 500A. Before current flows, the charger must verify that the vehicle-to-charger insulation resistance exceeds…
View details →Why Contactor Selection Matters in High-Voltage Systems In an EV battery management system or a grid-scale energy storage installation, the high-voltage DC contactor is…
View details →Power Semiconductor Testing: High Voltage Reed Relays for IGBT and SiC Module Validation The global shift toward electric vehicles, renewable energy, and industrial electrification…
View details →SEMICON China 2026 is in full swing at the Shanghai New International Expo Centre (SNIEC), and SHR AUTOSENSOR TECH LIMITED is right here on…
View details →Complete guide to reed sensors for industrial automation. Covers how reed sensors work, MRS and MLS series, proximity sensing, liquid level detection, and advantages over Hall effect sensors in harsh environments.
View details →Engineer guide to selecting high voltage reed relays rated to 20KV. Covers insulation resistance, breakdown voltage, medical (IEC 60601) and industrial test applications, and derating strategies for HVR, HRX, and HVFR series.
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