BFC238661394

Film Capacitors

Film capacitors, also known as film dielectric capacitors, polyester capacitors and plastic film capacitors, have been in existence since the early 1960s and are the most common of all capacitors. The name arises from the construction method, in which the dielectric medium is a thin plastic film.

BFC238661394 Application Field and Working Principle

BFC238661394 is a type of film capacitor manufactured by Blueflux. It is a poli-film capacitor, which consists of a metalized polyester film and an insulating element, used for applications such as smoothing, filtering, coupling and decoupling, and is an ideal component for every consumer electronics product due to its low profile design and wide temperature range.

The capacitor works by allowing current to pass through the capacitor and by blocking the charge. The dielectric (film) acts as a separator between the two conductive surfaces of the capacitor. The charge is stored in the film and the dielectric maintains the separation between the conductive wires. The dielectric is very thin and, when it is stressed, it will allow current to flow through the capacitor. When the stress is released, the capacitor will lose its charge.

The BFC238661394 film capacitor can be used in a variety of applications such as over-voltage protection, high-frequency filtering, noise reduction and for wave shaping. The BFC238661394 is an ideal choice for high frequency and high voltage applications. It has a wide temperature range from -55 to +105°C and is also designed to withstand high voltage surges of up to 25KV. The product also has a low ESR value and is very reliable.

The BFC238661394 is an ideal component for any electronics product, as it has high reliability and excellent performance. It is used in applications such as over-voltage protection, noise filtering, and wave shaping. The product is easy to install and cost effective. It is one of the most reliable and dependable components on the market and will ensure your electronics product works reliably and efficiently.