BFC237056153

The BFC 237056153 is a series of film capacitors, which have various uses in the electronics industry. This film capacitor can be used for a variety of applications and is made from different materials in order to meet specific needs of the customer. The most common use of the BFC 237056153 is in the power electronics market, which requires high performance, high reliability, and long life performance.

Application Field

The BFC 237056153 offers a wide variety of applications in the power electronics market. It is typically used for input filtering, voltage spike suppression, EMI reduction, and PFC. Its temperature rating is up to 150 degrees Celsius, and its high surge current capabilities is up to 25A. Additionally, the BFC series offers a low equivalent series inductance, making it an ideal choice for high frequency applications.

The BFC 237056153 can also be applied in consumer electronics, such as audio-video products, home appliances, medical devices, and other consumer products. It is also suitable for telecommunication switches and low-voltage power supplies. Moreover, the BFC series is often used in military and aerospace applications due to its high volumetric efficiency and reliability.

Working Principle

The BFC 237056153 is a multilayer film capacitor and its key components are a metalized film, a dielectric and electrodes. The capacitor is engineered to provide a metalized film with a deep layer of dielectric which offers an extremely low losses and outstanding consistency. This ensures consistent performance throughout high temperature and high voltage, and provides an impressive performance in surge currents and transient response.

The metalized film of the BFC series is composed of metal evaporated to create an extremely fine conductor and the dielectric is usually a polypropylene film. This not only makes the capacitor suitable for high surge current but also provides excellent insulation and stability. The electrodes are also made with a special alloy and feature a high contact stability and a decreased leakage path, which makes the BFC series suitable for a wide range of applications.