Unlock leading-edge accuracy and speed for maximum system performance and protect your wide-bandgap power FETs with sensing technology designed by high-voltage experts.

TMCS1123 provides the best accuracy for a Hall-effect current sensor with industry-leading total sensitivity error over temperature & lifetime of ±1.75%. Achieve more precise control and reach new levels of efficiency for high-voltage systems.

Evaluate the features and performance of the TMCS1123, ±1100-V reinforced isolation Hall-effect current sensor. Reach new levels of system efficiency and protection with ultra-low propagation delay of just 600 ns.

Achieve more accurate, reliable and fast current and voltage sensing while reducing solution size in polyphase energy metering systems with an ultra-low EMI precision ADC designed for shunt-based topologies.

Evaluate the features of performance of the AMC131M03, data- and power-isolated, 24-bit, precision ADC. Boost isolation performance to 5000 VRMS while reducing solution size by 74%.

Read about current-sensing design considerations across technologies and how you can now accurately sense current in high-voltage applications while limiting design complexity and tackling design problems quickly and at the right price with TMCS1123.

Learn about higher system voltages, increased system protection, telemetry monitoring and reduced form factors.

Learn about design considerations for current sensing in EV charging applications, with a focus on the gain error, offset, bandwidth, and latency concerning system performance.