ECW-H20113RJV

Film Capacitors

Film capacitors, also known as plastic film capacitors, are passive components composed of two or more electrode structures separated by an insulating, dielectric film. They are widely used in many circuit applications such as electronic motors, signal-processing power supplies, and filter circuits, due to their low leakage current, high capacitance, small size, high stability, and low tolerance. ECW-H20113RJV is one of the most popular film capacitors and an excellent choice for many circuit applications.

ECW-H20113RJV Application Field

ECW-H20113RJV is suitable for electronic applications that require high-frequency operation, such as radio communication, telecommunication, or broadcast. This device is also suitable for LED dimming, lighting, and audio equipment. It is also used in lamp circuits, digital and analogue circuits, power supplies, and power factor correction systems. The ECW-H20113RJV is available with various insulation materials, including EIA Class 1 Polypropylene, EIA Class 2 Polypropylene, and Polyester.

ECW-H20113RJV Working Principle

The ECW-H20113RJV works by storing an electric charge on its two dielectric films, forming an electric field between them. When current flows through the device, the electric field increases, creating a capacitance change. This phenomenon creates a better harmonic quick response, reducing interference in different circuits. Moreover, the ECW-H20113RJV’s dielectric films guarantee excellent insulation capacity and insulation consistency. The insulation behaviors are superior to those of paper capacitors, ensuring better performance and reliability.

Conclusion

ECW-H20113RJV is an outstanding capacitor, featuring excellent insulation capacity, insulation consistency, and low leakage current. Its small size, high stability, and low tolerance make it an ideal choice for many circuit applications, such as LED dimming, radio communication, audio equipment, and more. The ECW-H20113RJV operates on the principle of storing electric charge on its two dielectric films, forming an electric field between them. This phenomenon creates a better harmonic quick response, reducing interference in different circuits.