Current Shunt Resistor

3920 4mΩ 4W ±1% metal shunt resistor with FaCrAl alloy construction, RoHS/REACH certified. Features ultra-low resistance, high precision, excellent temperature stability, and strong surge resistance for industrial controls, automotive electronics, and energy storage systems.

ESR39F8WR001F02G 3920 metal shunt resistor: 0.001Ω, 8W power, ±1% tolerance. FaCrAl alloy construction ensures high stability, low temperature drift, and surge resistance. RoHS/REACH compliant for industrial, automotive, and new energy applications.

3920 0.005R 3W metal shunt resistor offers ultra-low resistance, ±1% precision, and 3W power rating. Made with Karma alloy for low temperature drift (±50ppm/°C) and strong surge resistance. RoHS/REACH compliant for industrial applications like EVs and power supplies.

3920 0.0015R 7W 1% Karma metal shunt resistor offers ultra-low resistance, high precision, and excellent thermal stability. Features 7W power rating, RoHS/REACH compliance, and superior surge resistance for industrial power,新能源, and precision current sensing applications.

ESR39F12W0M25M02G metal shunt resistor: 0.00025Ω ultra-low resistance, 12W power rating, ±1% tolerance. Features MnCu alloy for low temp drift, strong surge resistance, and RoHS compliance. Ideal for precision current sampling in industrial controls, automotive electronics, and energy storage systems.

ESR39F7WR001M02G: 3920 0.001Ω 7W metal shunt chip resistor. MnCu alloy offers low temp drift, ±1% precision, strong surge resistance. RoHS/REACH certified. Ideal for industrial control, automotive electronics & power supplies.

High-precision 5930 shunt resistor (0.75mΩ, 7W, ±1%) made from manganese-copper alloy for superior current sensing. Features ultra-low TCR (±50 ppm/℃), excellent surge immunity, and RoHS/REACH compliance. Ideal for BMS, motor drives, and industrial power systems.

5930 metal shunt chip resistor: 0.0007Ω, 7W power rating, ±1% tolerance. Features low TCR, excellent surge withstand, and RoHS/REACH compliance. Ideal for high-precision current sensing in power management, motor drives, and BMS applications.

5930 metal shunt chip resistor: 0.0001Ω, 15W, 1% tolerance. Features ultra-low resistance, high power handling, and excellent temperature stability with MnCu alloy construction. RoHS compliant for industrial applications including power management, BMS, and precision measurement systems.

ESR59F7W0M75M02G: 5930 package 0.00075Ω metal shunt resistor with 7W power rating. Features MnCu alloy for superior thermal stability (±100 ppm/°C TCR), 1% tolerance, and high surge immunity. RoHS/REACH compliant for automotive, BMS, and power supply applications.

ESR59F7W0M80M02G: 5930 size, 0.0008Ω (0.8mΩ) 7W 1% precision shunt resistor. Manganese Copper alloy ensures low TCR for thermal stability. RoHS/REACH compliant. Ideal for BMS, automotive, and high-current sensing with minimal insertion loss.

ESR59F7WR002F02G: 5930 package metal shunt resistor with ultra-low 0.002Ω resistance, 7W power rating, and ±1% tolerance. Features FeCrAl alloy construction for low TCR (±50ppm/°C), high surge tolerance, and RoHS/REACH compliance. Ideal for precision current sensing in BMS, motor control, and power supplies.

5930 0.0015Ω 8W metal shunt resistor delivers precision current sensing with ±1% tolerance and ±50ppm/°C TCR. FeCrAl construction ensures superior surge handling, low temperature rise, and RoHS/REACH compliance for BMS, power supplies, and motor control applications.

5930 metal shunt resistor: 0.001Ω, 9W power rating, ±1% tolerance. Features Karma alloy for superior stability, low thermal EMF, and RoHS/REACH compliance. Ideal for high-current applications like BMS, motor drives, and power supplies with excellent anti-surge capability.

MULTIPLE PROTECTOR FUSE (TRC Series) The TRC Series Multiple Protector Fuse offers reliable circuit protection with international safety certifications and RoHS compliance. Compact dimensions of 14.5x10.5 mm make it suitable for various electronic applications. Product Specifications Testing Standards: IEC60691, IEC60127-8, UL1412 Operating Temperature: -55°C to +125°C Interrupting Rating: 300 Amperes at 250V AC RoHS Compliance: RoHS Compliant Material Composition Component

3920 metal shunt chip resistor: 0.0003Ω, 10W power rating, 1% tolerance. Features MnCu alloy for low TCR, excellent surge withstand, and RoHS compliance. Ideal for EV BMS, industrial power supplies, and motor drives requiring precise current sensing.

Unlocking Precision Power Measurement: A Deep Dive into the 3920 0.005Ω (0.005m Ohm) 3W Metal Shunt Resistor In the demanding world of modern electronics, accurate current sensing is a cornerstone of efficiency, control, and safety. From robust battery management systems in electric vehicles to high-density power supplies in industrial automation, the ability to precisely measure current flow is essential. At the heart of these applications lies a critical component: the

3920 Size 0.004Ω 4W Metal Shunt Chip Resistor for High Power Current Sensing Applications In modern electronics where precise current measurement and control are critical, the ESR39F4WR004K02G stands out as an engineered solution for high-performance applications. This 3920 0.004Ω (4mΩ) 4W 1% metal shunt chip resistor delivers unparalleled accuracy, stability, and power handling for demanding applications like electric vehicle battery systems and data center power supplies.

3920 Size 0.003Ω (0.003m Ohm) 5W Metal Shunt Resistor with ±1% Tolerance for Precision Current Sensing A Benchmark in Precision Power Measurement In modern electronics where efficiency and accuracy are paramount, the 3920 0.003Ω (0.003m Ohm) 5W metal shunt chip resistor stands as a pinnacle of engineering. Designed for high-precision, high-power applications, this component delivers minimal voltage drop and maximum reliability. Technical Specifications Parameter Specification

3920 Size 0.002Ω 6W Metal Shunt Chip Resistor with ±1% Tolerance for Current Sensing The ESR39F6WR002F02G Metal Shunt Chip Resistor delivers precision current measurement with ultra-low resistance (0.002Ω) and high power handling (6W). Engineered for demanding applications in power electronics, automotive systems, and industrial automation, this component features exceptional stability and accuracy. Technical Specifications Parameter Specification Resistance Value 0.002Ω (2mΩ