BFC238340134

Film Capacitors

BFC238340134 is a kind of film capacitor. It is manufactured with a coiled plastic or metal film, producing a high-performance interlayer insulation capacitor. With superior operating characteristics, high voltage capacity and good thermal stability, BFC238340134 film capacitors are widely used in a variety of electronic applications.

Application Field

The BFC238340134 capacitor is primarily designed for use in electronic circuits. It is usually used in high-frequency, high-temperature or high-voltage applications, where its superior thermal stability and high voltage capacity make it invaluable. It also provides excellent general filtering, coupling, and timing properties. BFC238340134 is usually used in consumer electronics, household appliances, power supplies, solar applications, lighting, wind turbines, alarms, and many more. Additionally, BFC238340134 is also used in industrial control applications and radio-frequency electronics.

Working Principle

The basic principle of a film capacitor is the same as that of any other capacitor, where capacitance is generated by a parallel arrangement of two conductive plates that are separated by an insulator. However, the BFC238340134 capacitor adds several extra layers that increase the performance of the capacitor. The thin film layers consist of several flexible layers of plastic or metal conducting films that have been rolled or folded into a compact cylindrical shape.The unique combination of materials used for the production of the BFC238340134 capacitors provides a significant advantage in terms of the operation of the capacitors. The film material prevents voltage surges from decaying the insulation material, which helps to reduce dielectric absorption. In addition, the thin film layers also help to provide superior voltage and thermal stability. This is because the film layers absorb heat rather than conduct it, making them especially suitable for high temperature and high power applications. The flexible nature of the film allows for tighter winding and better interlayer insulation, thus increasing the capacitor’s life and reliability.