High Power Rating: Up to 6W power dissipation capability

Wide Resistance Range: 3.3Ω to 330MΩ standard values

Tolerance: ±5% standard, ±1% precision options available

Temperature Coefficient: ±200ppm/°C

Operating Temperature: -55°C to +155°C

Flame Retardant Coating: UL94 V-0 rated epoxy coating

Axial Lead Configuration: Easy PCB mounting

The thick film resistor product has the characteristics of small volume, power capacity, high density, shock shock and good heat dissipation performance.

1. Common Mode Inductor with High frequency

2. Low magnetic leakage

3. Useful various power coversion and line filter application

4. Low radiation noise based on toroidal construction

5. Various material  available to meet different frequency requirements.

6. Special specifications available upon request

7. Primary competitive advantage: Country of region; small order accepted; Experienced technical staff; Pass ISO, RoHs, UL; Standard Packing

■ Feature

1. By using powder-compressed magnetic cores with higher saturation flux density, the Differential mode inductor can be effectively applied to suppress surge noise such as that generated during thyristor startup or other abrupt high-current noise.

2. Due to the relatively larger loss coefficient, compared to inductors using traditional ferrite cores, Differential mode inductor can achieve equivalent noise absorption characteristics with a smaller volume and fewer winding turns.

■ Applications

PFC, Televisions, VCR, OA equipment, PC, Other electronic equipment, etc.

■ Feature

1. By using powder-compressed magnetic cores with higher saturation flux density, the inductor can be effectively applied to suppress surge noise such as that generated during thyristor startup or other abrupt high-current noise.

2. Due to the relatively larger loss coefficient, compared to inductors using traditional ferrite cores, it can achieve equivalent noise absorption characteristics with a smaller volume and fewer winding turns.

■ Applications

PFC Televisions, VCR, OA equipment, PC, Other electronic equipment, etc.

■ Feature 

1. By using powder-compressed magnetic cores with higher saturation flux density, the toroid core inductor can be effectively applied to suppress surge noise such as that generated during thyristor startup or other abrupt high-current noise. 

2. Due to the relatively larger loss coefficient, compared to inductors using traditional ferrite cores, toroid core inductor can achieve equivalent noise absorption characteristics with a smaller volume and fewer winding turns. 

■ Applications 

PFC, Televisions, VCR, OA equipment, PC, Other electronic equipment, etc. 

■ Feature 

1. By using powder-compressed magnetic cores with higher saturation flux density, the toroidal power inductor can be effectively applied to suppress surge noise such as that generated during thyristor startup or other abrupt high-current noise. 

2. Due to the relatively larger loss coefficient, compared to inductors using traditional ferrite cores, toroidal power inductor can achieve equivalent noise absorption characteristics with a smaller volume and fewer winding turns. 

■ Applications 

PFC, Televisions, VCR, OA equipment, PC, Other electronic equipment, etc. 

■ Feature 

1. By using powder-compressed magnetic cores with higher saturation flux density, the toroidal coil inductor can be effectively applied to suppress surge noise such as that generated during thyristor startup or other abrupt high-current noise. 

2. Due to the relatively larger loss coefficient, compared to inductors using traditional ferrite cores, toroidal coil inductor can achieve equivalent noise absorption characteristics with a smaller volume and fewer winding turns. 

■ Applications 

PFC, Televisions, VCR, OA equipment, PC, Other electronic equipment, etc. 

The RX21 Type coating wire wound power resistor is a high-performance electronic component designed for demanding industrial and commercial applications. Featuring a ceramic core with precision wire winding and protective coating, this RX21 resistor ensures excellent heat dissipation, high stability, and long-term reliability in power circuits.

Three pin radial inductors are compact components designed to store energy in a magnetic field when current flows through them. The radial design features three pins for easy mounting on printed circuit boards (PCBs), making them ideal for space-constrained applications. Commonly used in power supplies and filtering circuits, these radial inductors help reduce noise and enhance performance. They can handle various current ratings and frequencies, ensuring versatility in electronic designs. With robust construction, three pin radial inductors provide reliable performance, making them essential in consumer electronics, automotive systems, and industrial applications.

The EPC series SMT transformer is engineered for optimal performance in compact electronic applications. Featuring a unique core design that combines E-shaped and P-shaped elements, it enhances magnetic coupling while minimizing core losses. This EPC transformer series is ideal for use in switch-mode power supplies, DC-DC converters, and telecommunications equipment. Its small form factor allows easy integration into space-constrained circuits, while excellent thermal management ensures reliable operation at high frequencies. The EPC transformer series offers flexibility for various power levels, making it a versatile choice for modern electronic designs.