BFC236958392

Film Capacitors

BFC236958392 is a high voltage, temperature stable, self-healing metallized film capacitor. It is designed for use in industrial and medical applications that require higher voltage and temperature stability. This type of capacitor is also designed to be used in military applications and aerospace applications.

Application Field

BFC236958392 is mainly used in industrial, automotive, medical, military, aerospace, and energy storage applications. Industrial applications such as motor drives, UPS systems, welding rectification, uninterruptible power supplies, stage lighting, and radio frequency power supplies can benefit from the high voltage and temperature stability of this capacitor. Automotive applications such as engine starter motors, alternators, electric power steering, and other automotive electronics can also leverage the performance of this capacitor. In medical applications such as patient monitoring equipment, infusion pumps, respirators, and imaging equipment, BFC236958392 can be used for power conditioning, energy storage, and improved performance.

Working Principle

The working principle of BFC236958392 is based on the film dielectric material, metal deposition process, and element construction. The film dielectric material is an insulating film that is able to store electrical energy in the form of electrostatic charges. This material is then deposited onto a thin metal electrode, forming a metalized film capacitor. The metal electrode works as the collector plate for the physical capacitor and also forms the electrical connection between the capacitor’s anode and cathode. In operation, the metalized film capacitor can store and release electrical energy upon application of suitable electrical signals.

Advantages

Some of the advantages of BFC236958392 are its high voltage rate up to 8,000 V, its self-healing properties that provide long life and reliability, and its temperature stability that allows for reliable operations in extreme environments. The low ESR and low ESL properties reduce system losses and ensure stable electrical performance in noise-sensitive applications. These capacitors also have good electromagnetic immunity, providing protection from high frequency noise interference. The non-polar nature and small size of these capacitors makes them ideal for use in high density and high temperature environments.