BFC236862563

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Film Capacitors

A film capacitor, also known as a plastic film capacitor, is an electronic component made of a metal film. Film capacitors are typically used mainly for purposes such as blocking, bypassing, coupling, and more. They can also be used for power factor correction in lighting and LED applications. The BFC 236862563 is a film capacitor that is made of polypropylene and has a series of electrodes.

BFC 236862563 Application Field

The BFC 236862563 film capacitor is mainly used in decoupling circuits. It can be used in home appliances, such as televisions and computers. It can also be used to support the micro-controller controlling the ventilation system of air conditioners. Its high-voltage capability makes it ideal for mixing audio applications and power supply noise removal. Furthermore, they are used in aerospace, MRI, blood flow control, and more.

BFC 236862563 Working Principle

The BFC 236862563 film capacitor is constructed with a metal film and terminated with two electrodes which contain an electric field, and it works by storing an electrical charge between two electrodes. The electrodes are usually metallic and are coated with an oxide layer of metal which allows the current to bypass. When a voltage is applied, electrons are attracted to the opposite electrode, forming an electric field between the two. This creates an electric field in the void between them, where the charge can be stored. As current flows through the capacitor it is absorbed by the dielectric material, creating a capacitance between the two electrodes.

The BFC 236862563 has low dielectric losses, low losses at higher frequencies due to the oxide-coated film, and excellent reliability. Additionally, they are constructed with a very thin dielectric layer, meaning they have a large capacitance, making them ideal for decoupling and low-frequency applications. Furthermore, they are highly stable and have a wide temperature range, making them well suited for applications requiring long-term reliability and performance.

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