1. Milli ohm.
2. Low inductance.
3. High stability.
4. It is custom-made 1.Milli ohm.

| Item | Specifications |
|---|---|
| Product Name | Milli Ohm Wire Resistors (Shunt) |
| Operating Temperature Range | -55℃ ~ +200℃ |
| Structure Type | Metal Wire Wound / Alloy Foil |
| Inductance Characteristics | Extremely low inductance design, suitable for high-frequency measurements |
| Stability | Maintains high stability under various environmental conditions |
| Manufacturing Method | Custom manufacturing available |
| Standards Compliance | Meets RoHS and REACH environmental requirements |
Compact Size and Excellent Electrical Performance
The milliohm (shunt) features a compact and modular design, suitable for a variety of devices requiring precise current sensing. Its size can be flexibly customized according to power ratings and mounting methods to meet the needs of high-current measurement systems, while also accommodating miniaturized, high-density circuit board designs.
With its low inductive reactance and high thermal conductivity, this resistor effectively reduces thermal noise and signal drift, providing reliable assurance for high-precision current sampling and power monitoring.

The MILLI OHM WIRE RESISTORS (SHUNT) is a professional resistor designed for high-precision current sensing. This product features an extremely low milli-ohm resistance range, typically between a few milliohms and tens of milliohms, enabling accurate measurement of large currents and ensuring high-precision output for circuit control and energy management.
Its low inductance design maintains signal stability and fast response even in high-frequency and transient current environments, significantly reducing measurement errors.
Furthermore, the resistor element is wound from a highly conductive alloy material, possessing excellent thermal stability and anti-aging properties, maintaining consistent electrical characteristics over long-term use to meet the demands of high-precision measurement and high-reliability applications.