Showing 49–60 of 60 results
Overview This open air 0.01Ω current sense shunt resistor is designed for precise high-current monitoring in power supply modules, battery systems, and motor control circuits. With low inductance and excellent thermal dissipation, it enables accurate voltage drop sensing with minimal energy loss. Its open-frame design allows for efficient air cooling, making it ideal for compact…
1. Low inductance. Solder ability copper leads (60/40).
2. Radial leads, low resistance value 0.005Ω ~ 0.1Ω.
3. High stability open-air style. Precision alloys resistive element.
4. Standard tolerance ±1%, ±2%, ±5%
5.Open air design and all welded construction
Rated Current: 200A
Output Voltage Drop: 75mV
Accuracy Class: ±0.5% (or customizable)
Material: Manganin or copper-manganese alloy
Operating Temperature: -40°C to +60°C (or as specified)
Mounting Type: Bolt-on / Screw terminal
Optional: Customized size, terminal type, or calibration values
Precision Metal Strip Shunt Resistor for DC-DC Power Modules Designed for high-current monitoring in compact power systems, this precision metal strip shunt resistor offers excellent stability, low resistance, and reliable performance. Ideal for DC-DC power modules, power controllers, and industrial inverter systems, it ensures accurate current sensing even under demanding thermal and electrical conditions. Available…
The Precision Open-Air Low Ohmic Resistor offers reliable and accurate current sensing with resistance values ranging from 0.5mΩ to 100mΩ. Built for open-frame designs, it ensures excellent thermal management and high surge capability. This resistor is perfect for applications such as electric vehicle BMS, inverters, motor control, industrial automation, and HVAC systems. Available in a…
Reliable current measurement in industrial and EMS control systems This precision shunt resistor is engineered for accurate current sensing in EMS-manufactured power boards and high-current control systems. Featuring a low-ohmic metal strip design, it ensures stable resistance performance, minimal thermal drift, and long-term reliability under continuous load. Ideal for compact PCB layouts, the resistor supports…
Overview The RXLG Aluminum Housed AC Drive Braking Resistor is designed to safely dissipate excess energy generated during deceleration in variable frequency drive (VFD) systems. With its robust aluminum enclosure and excellent heat dissipation, this resistor ensures reliable braking performance in AC motor control applications. Features High Thermal ConductivityAluminum shell ensures efficient heat dissipation under…
Resistance range: 0.2mΩ–1mΩ
Structure: 4-terminal SMD chip, 4026 package
Material: Manganin alloy
Temperature range: -55°C to +175°C
Inductance: <10Ω
TCR: 25–50ppm/°C
Standards: RoHS, AEC-Q200
Custom specs supported upon request
Product features
●Accuracy ±0.5%, ±1%, ±5%.
●Electron beam welding process.
●Alloy material: manganese copper (M), kama (K).
●Operating temperature range: -55℃~+175℃.
●Good product consistency, high reliability, stability, and strong pulse resistance.
●Extremely low thermal electromotive force (<1uVPo
●Ultra-low parasitic inductance (<2nH).
Length: 3mm~20mm
Width: 1mm-10mm
Thickness: 0.3mm~2mm
Over Current: 10A~100A
Overview This trapezoidal aluminum dynamic braking resistor is designed for VFD inverter applications. It offers excellent heat dissipation and reliable performance to protect and enhance your motor braking system. Key Features of Aluminum Dynamic Braking Resistor Trapezoidal Shape:Improves heat dissipation with increased surface area for better cooling and longer resistor life. Aluminum Shell:Offers high thermal…
Length: 3.2mm~13.2mm
Width: 1.3mm-1.5mm
Thickness: 0.6mm~1mm
Over Current: 5A~30A
Tolerance: 1%