RESISTANCE ALLOYS FOR PRECISION MEASUREMENTS

The Lowest Temperature Coefficient of Resistance Available

Sensors and control systems in electric vehicles and precision instruments, as well as aerospace and defense systems, must provide highly accurate electrical measurements at high operating temperatures. These electrical circuits require a low temperature coefficient of resistance (TCR) from resistors to operate reliably, and Evanohm® R has the lowest value available.

Evanohm R provides highly stable electrical resistance across a wide range of operating temperatures, remaining stable up to 200°C. This makes it highly effective in high-power mobility applications, such as electric vehicles. Battery management systems that feature Evanohm R resistors regulate voltage and current more precisely.

Evanohm R is well suited for additional applications that require precise measurements across a range of operating temperatures Strain gauges, for instance, require a low TCR to obtain accurate measurements for balance systems and structural health monitoring in aerospace, bridges, buildings, and more.

Greater Adaptability for Resistor Design

An oxidation-resistant steel with a high specific electrical resistance as well as resistance scale. No. 1 JR® has a low temperature coefficient of resistance (TCR).

The available types have different electrical resistivities for greater adaptability for resistor design. No. 1 JR alloys are typically used in electric wire wound, edge wound and dynamic braking resistors. The corrosion resistance properties of this alloy are suited for high reliability under severe operating conditions.