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Meet us at electronica China
Don’t miss Piher Sensing Systems at electronica China: New International Expo Centre; Shanghai | 15th to 17th April, 2025. Booth W3.605 Visit us to discover our latest innovations in: Position Sensors Speed Sensors Tilt Sensors Current Sensors Our team looks forward to discussing how our sensing solutions can enhance your projects.
Read moreJoin us in electronica 2024
💖Thanks to everyone who visited us! We’re taking with us the best from every partner, client, and friend who took their valuable time to come and share their insights and projects with us. We want to be part of your journey, and that’s why we’ll continue working tirelessly. See you at the next edition of […]
Read moreCurrent Sensor in Battery Management Systems
The HCSP-1BS This sensor precisely measures AC and DC currents in BMS, car batteries and motor controls. It uses the Hall effect and avoids interrupting the current flow (open loop). Available in single or dual output versions, the sensor generates a voltage signal relative to the current it detects (ratiometric). Made with fire-resistant plastic, it easily […]
Read moreTMR Current Transducers Enable the Electrification of Transportation and Industry
The electrification of transportation, industry, and buildings is transforming the way we live and work In the transportation sector, electrification is driving the adoption of electric vehicles (EVs) and charging infrastructure. Reliable current measurement is essential for optimizing EV performance and range, ensuring safe and reliable charging, and motor efficiency. Piher’s non-intrusive current measurement method […]
Read moreWire mount open loop hall effect current sensor is easy to install
Discover cable mount high-accuracy open loop current sensors. Ideal for AC/DC currents in battery management & more The HCSO-1W is a high-accuracy current sensor that is ideal for measuring AC and DC currents in battery management systems, industrial battery chargers and motor control applications. Installing the sensor directly on the current-carrying conductor, without the need […]
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