BFC237321564

BFC237321564 Application Field and Working Principle

The BFC237321564 film capacitors are among the most widely used film capacitors. Featuring compact shape and good insulation, these capacitors are typically used in electrical equipment and automobile circuits. Besides, their principles of operation are also fairly simple.

The BFC237321564 film capacitors are made up of two metal plates, separated by a film dielectric material. As the metal plates are connected to a power source, they form an electric field between them. This electric field attracts and repels free electrons from the companion plate to the other one, resulting in the capacitor stores energy.

What\'s worth mentioning is that the capacitance of film capacitors is determined by the area of the metal plates, which is inversely proportional to the distance between them. In other words, more capacitance can be achieved by reducing the distance between the metal plates. Generally speaking, the capacitance of the BFC237321564 film capacitors is between 0.1 to 1000μF.

Apart from that, the dielectric material of these film capacitors is quite important. Since the dielectric material can determine the performance of a film capacitor, its choice is of great significance. Commonly used materials include polyester film, teflon film, paper, ceramic, polyethylene film, and so on. It is worth bearing in mind that the temperature coefficient, voltage and current of film capacitors are greatly related to the dielectric material.

In conclusion, the BFC237321564 film capacitors are widely used in areas such as electrical equipment, automobiles, and even sophisticated electronic devices. The working principle is quite simple; they store energy via an electric field between two metal plates, and their capacitance can be adjusted by altering the spacing between the metal plates. Lastly, the dielectric material of these capacitors is also a noteworthy factor affecting their performance, and should not be overlooked.