BFC246955182

Film Capacitors

Film capacitors are dielectric capacitors built with film as the insulating medium. Unlike conventional capacitors, which use a liquid-filled paper, plastic or ceramic dielectric, film capacitors use a polymer film as the electric insulator. The highly uniform dielectric structure is capable of superior temperature characteristics, along with rated voltages up to 5kV.

BFC246955182 Application Field and Working Principle

The BFC246955182 is a type of film capacitors, with a maximum voltage rating of 2kV. It is used in a variety of applications including high voltage power supplies, pulse power supply, lighting engineering, electric discharge circuit and other applications. The component is made for long lifespan with high stability and power surge capability, making it ideal for long-term applications.

When a voltage is applied to a BFC246955182, electric charges are stored within the dielectric film. When the direction of the voltage flow changes, the charges stored in the film are released. This forms the working principle of a film capacitor, as it is able to store, release and transfer charge at varying voltage levels throughout its life.

Owing to its superior dielectric properties, the BFC246955182 is able to store and transfer more charge than similar sized conventional capacitors. This makes the component a good choice for applications such as pulse discharge circuit, as it can provide a high amount of power in a short time. The component is also able to withstand temperature fluctuations, as well as being designed with a high-temperature capability.

In addition to its efficient power surge capability, the BFC246955182 also carries a high current leakage resistance due to its uniform dielectric. This makes the component reliable and long lasting, making it ideal for a range of high-reliability application.

Conclusion

The BFC246955182 is a high quality film capacitor made for a variety of applications. With a maximum voltage rating of 2kV and high current leakage resistance, the component is designed for long-term usage and high accuracy. The component also provides superior power surge capability and temperature resistivity, making it a good choice for high current discharge circuit and other applications.