Chip Fixed Resistor Materials
Covers a broad resistivity range of 0.13–1.35 μΩ·m. Offers customizable TCR and low thermal EMF against copper. Features long-term load stability and high-temperature performance. Designed for standard resistors, current shunts, and fixed chip resistors.
Technical data
| Manganin Alloys: | CuMn、CuMnSn、CuMnSi、CuMnNi、CuNi | Nickel-Chromium Alloys: | NiCr、NiCrAlFe、NiCrAlCu |
| Clad Metals: | 2.Cu/CuMnSn, Cu/CuMnNi, Cu/CuMnSi | Form: | Strip, wire, flat wire, composite materials |
| Resistivity Range: | 0.13–1.35 μΩ·m | Performance: | Customized |
Features & Benefits
Manganin Alloys
Designed for low TCR, low thermal EMF, and high-precision stability within standard temperature ranges.
Nickel-Chromium Alloys
Designed for high resistivity, linear TCR, and demanding high-temperature environments.
Clad metals for precision resistors
Engineered with innovative manufacturing processes to deliver distinct performance parameters, these materials help improve production efficiency and resistor accuracy while eliminating the need for soldering and reducing overall costs. Diverse cladding ratios are available for custom production.
Good consistency
Designed to meet the stringent requirements for accuracy and consistency in high-precision chip fixed resistor applications.
Good stability
Long-term load stability.
Certifications
Applications
Mobile terminals and consumer electronics
Automotive electronics and intelligent connected vehicles
Communication and network infrastructure
Industrial control and high-end equipment
