Expanded Resistor Series Enables Lower Power Dissipation, Reduced Measurement Losses

Designed for high-current circuits.

Stackpole Cssu Image
Stackpole Electronics

Stackpole Electronics (Raleigh, NC) introduced new 0.5 mΩ and 20 mΩ resistance values for its CSSU Series for high-power electronics and current sensing applications. The CSSU Series is designed for high power density, low power dissipation and reduced measurement losses in high-current circuits and can be used in battery management systems, automotive electronics, motor drives, industrial power supplies, DC-DC converters and renewable energy equipment.

The CSSU Series provides a high-power metal alloy current sensing solution for high-current power control systems using the AEC-Q200 standard.

Features:

  • Delivers 5 W power rating in compact 2512 footprint
  • Reduces power dissipation and minimizes measurement losses in high-current architectures
  • Broadens resistance range for applications requiring higher current sensing voltages or lower operating currents
  • Combines low temperature coefficient of resistance (TCR) with long-term performance stability in demanding environments
  • Utilizes durable metal alloy element designed specifically for rigorous power control and battery-powered applications

For more information, visit Stackpole Electronics' website.

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