The ACR series stamped sampling resistors are high-precision current sensing resistors made of highly conductive alloy materials, specifically designed for high-current sampling and power control circuits.

This series utilizes a highly stable metal alloy resistive element. The stamped structure effectively reduces contact and thermal resistance, providing excellent heat dissipation and mechanical strength.

The product maintains a stable resistance value even under high temperature and high current conditions.

It is widely used in industrial control, power systems, and new energy vehicles.

The ACR series utilizes a high thermal conductivity metal alloy, exhibiting excellent thermal stability and ensuring low drift resistance even under high temperature environments or continuous high current flow. The stamped structure enhances heat dissipation efficiency and reduces the impact of temperature rise.

With an inductance of less than 10nH, the product is suitable for high-frequency current detection applications, ensuring fast and distortion-free signal transmission and contributing to higher current detection accuracy.

The unibody metal structure ensures excellent mechanical strength and vibration resistance, with robust and reliable welding. Furthermore, the ACR series fully complies with RoHS environmental standards, meeting the lead-free and environmentally friendly requirements of modern electronic products.

Widely used in DC-DC converters, switching power supplies, and inverters for current detection, overcurrent protection, and power monitoring.

Suitable for high-current circuits in new energy vehicle BMS systems, charging piles, and on-board power supplies, ensuring efficient energy harvesting and safe control.

Can be used in equipment requiring high current sampling accuracy, such as servo drives, UPS power supplies, and communication power modules.

Meets the low-resistance, high-precision testing requirements of electronic loads, test power supplies, and measurement systems.