BFC238632684

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Film Capacitors

Film capacitors serve a wide variety of applications and offer both high electrical performance and a great level of reliability. A film capacitor is typically a type of capacitor that is made of a thin dielectric film and a metal foil. These components are often referred to as film dielectric capacitors, film caps or plastic film capacitors. They offer a wide range of advantages for different applications like high-frequency output, low-ESR values, high stability, temperature capability and much more.

BFC238632684 is one of the many film capacitors available on the market. It has a dielectric film of polyethylene terephthalate (PET) and a metallized foil of Aluminium (Al). This component has some features which make it suitable for many applications like high-frequency, audio and AC applications. They also have a low profile, low leakage current and a long lifetime.

Application Field

BFC238632684, a film capacitor, is often used in many electronic devices or equipment like LED lighting, medical equipment, control systems, electronic ballast, communications equipment, automotive electronics, automotive audio, and much more. It is especially suitable for AC applications or high-frequency switching applications because it has a low ESR, high stability, high insulation and low inductance.

A BFC238632684 also has high temperature capability, making it suitable for applications that require a capacitor to withstand high levels of temperature. It can operate stably up to 105°C, and can withstand up to 125°C. This makes it ideal for applications that require excellent performance in high-temperature environments.

Working Principle

A film capacitor is composed of a thin dielectric film and a metallized foil. The thin dielectric film is sandwiched between two metal foils, with one foil connected to the external connection and the other foil connected to the internal connection. When a voltage is applied across the metal foils, an electrical field is created over the dielectric film.
The electrical field created on the dielectric film induces a mechanical strain on it which eventually causes a breakdown. When this breakdown occurs, a current is formed which will then flow through the capacitor. The amount of current being generated is determined by the amount of voltage applied across the metal foils. The more voltage applied, the larger the current is produced.

BFC238632684 is a film capacitor with a dielectric of polyethylene terephthalate and a metallized foil of aluminium. It is used in high-frequency, AC and audio applications due to its low profile, low leakage current and long lifetime. It is also suitable for high-temperature applications due to its high temperature capability of up to 125°C.

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