The ESR25F6WR002K04G metal shunt chip resistor, launched by Ellon (Yineng Technology), is a high-performance product meticulously engineered to meet these demanding requirements.
As the fundamental building block of electronic circuits, resistors may look tiny, yet they are widely applied in consumer electronics, new energy vehicles, industrial control, AI servers and many other fields. They are indispensable core basic components for the electronics industry.
The ESR25F5WR003K04S model from Ellon Technology is a high-performance metal shunt chip resistor specifically engineered to address these challenges. Its core specification is 2512 0.003R (3m Ohm) 5W 1% , manufactured using Karma alloy material, featuring low temperature drift, high precision, strong surge immunity, and comprehensive environmental compliance, making it an indispensable sensing component for next-generation power electronic systems.
This product is a typical 2512 0.005R(5m Ohm) 5W shunt chip resistor, featuring a standard 2512 package (6.35mm×3.2mm), resistance value of 0.005 ohm (5 milliohms), rated power of 5 watts, and tolerance of ±1%. This 2512 0.005R(5m Ohm) 5W resistor is specially designed for circuits requiring high-accuracy current sampling, capable of long-term stable operation in harsh industrial environments.
The ESR25F3WR003K04G introduced by Ellon is a shunt chip resistor specifically designed for high-precision current sensing applications. Its core specifications are 2512 0.003R(3m Ohm) 3W 1% , manufactured with Karma alloy material, featuring low TCR, high precision, strong surge immunity, and fully compliant with RoHS and REACH environmental standards, meeting lead-free soldering process requirements.
The ELLON ESR25F3WR004F04G 2512 0.004R(4m Ohm) 3W 1% ESR25F3WR004F04G metal shunt chip resistor is specifically designed to meet these rigorous demands. With its core specifications of 2512 0.004R(4m Ohm) 3W 1% ESR25F3WR004F04G, along with ultra-low resistance, high power margin, and excellent temperature stability, it has become the preferred solution for high-precision current sensing applications.
The 2512 0.002R(2m Ohm) 5W 1% metal shunt chip resistor, model ESR25F5WR002F04G, meticulously crafted by ELLON (Yineng Technology), represents a high-performance product aligned with this technological trend. This article provides a comprehensive technical analysis of this 2512 0.002R(2m Ohm) 5W 1% metal shunt chip resistor across multiple dimensions, including product specifications, core material characteristics, low TCR advantages, surge withstand capability, environmental compliance certification, and typical application fields.
Ellon’s 2512 0.005R(5m Ohm) 2W model ESR25F2W5R005F04G metal shunt chip resistor delivers outstanding low temperature drift, high accuracy, strong surge immunity, and full environmental compliance. This product is an ideal choice for industrial, automotive, and consumer electronics applications. The following sections provide a comprehensive analysis of this 2512 0.005R(5m Ohm) 2W resistor from the perspectives of specifications, material properties, electrical performance, certifications, and application scenarios.
This article focuses on a high-performance metal shunt chip resistor – model ESR25F4WR003F04G, whose core specification is 2512 0.003R(3m Ohm) 4W. Featuring unique FeCrAl alloy material, 1% tolerance, extremely low temperature coefficient, and excellent surge withstand capability, this device has become an ideal choice for power management, battery protection, motor drive, and other fields. Meanwhile, the product strictly complies with RoHS, REACH and lead-free environmental requirements, meeting the stringent green material standards of modern electronics manufacturing.
The 2512 0.0003R(0.3m Ohm) 6W metal shunt chip resistor (model: ESR25F6W0M30M04G) is a professional-grade product designed specifically for such high-reliability, high-precision applications. This resistor uses high-quality manganese‑copper (MnCu) alloy as its core conductive material, offering an ultra‑low resistance value (0.3 milliohm) and a power rating of 6W in the standard 2512 package size (6.4mm×3.2mm), with a tolerance of ±1%. It provides stable and accurate voltage drop signals under high current conditions.
