BFC236865224

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Film Capacitors-BFC236865224 Application Field and Working Principle

Film capacitors, or film-dielectric capacitors, are devices that uses dielectric materials between two metal electrodes. They feature the use of optimized dielectric properties of thin and/or thick insulating films, which are made of plastics such as polypropylene, polycarbonate, polystyrene as well as cellulose acetate, paper or metal. This BFC236865224 film capacitor is a type of film capacitors, and it has many application fields and working principles.

BFC236865224 Application Field

BFC236865224 film capacitors are mainly used in industrial, automotive, audio, and other electronics devices. Its widespread application fields can be divided into three parts: industrial, automotive, and audio.

Industrial Application

In industrial application, BFC236865224 film capacitors are widely used in power supplies, inverters, automation systems, motors, UPS systems, frequency conversion systems, medical equipment, telephone systems, etc.

Automotive Application

When it comes to the automotive uses of BFC236865224 film capacitors, they are often seen in power amplifiers, infotainment systems, safety systems, power converters, detection systems, and so on.

Audio Application

BFC236865224 film capacitors are also commonly found in audio applications, including sound system designs, headphone amplifiers, pre-amplifiers, and more.

BFC236865224 Working Principle

The working principle of this film capacitor is based on two electrodes, made with metal, being separated by thin and/or thick insulating film. The specific type of film used depends on the application. By connecting both electrodes to a DC voltage source, a static electric field will be created between them, stored in the form of electrostatic energy. And this electrostatic energy is the form of electric energy stored in the capacitor. Contrarily, when the voltage supply is removed, the insulating film slowly returns to its original state and creates no electric field, making the capacitor unable to store electric energy.

Moreover, in dynamic applications, an alternating current flows through the capacitor alternatively charging and discharging it. As a result, the capacitor can act as an energy-filtering device or a passive voltage divider. Additionally, the capacitor helps decrease the amount of current ripple, or the undesired high-frequency ripples, to create a more stable output voltage.

Conclusion

In conclusion,BFC236865224 is a type of film capacitor that has many applications in industrial, automotive, and audio fields. Its working principle is based on thin and/or thick insulating film. When the voltage supply is connected, the capacitor can store static electrostatic energy. When the voltage supply is disconnected, the capacitor cannot store electric energy anymore. In dynamic applications, the capacitor effects helps to regulate the current ripple and create a more stable output voltage.

The specific data is subject to PDF, and the above content is for reference