BFC237882363

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Film Capacitors

Film capacitors, also known as plastic film capacitors, are manufactured with thin plastic film rather than paper. Paper capacitors are more prone to malfunctioning and environmental degrading when exposed to certain environments, such as humidity and temperature. Film capacitors are sturdier and better protected against such detriments, making them more reliable and well suited to environments with frequent changes in temperature and humidity. The BFC237882363 film capacitor is no exception and is designed for use in a variety of applications and under challenging conditions.

Application Field

The BFC237882363 film capacitor is primarily used in automotive and industrial applications. Its small size makes it ideal for use in automobiles, as it is not bulky or intrusive. Owing to its ability to withstand harsh climates and environments (including high temperatures), the BFC237882363 film capacitor can prove useful in motor controls, pumps, and compressors. It can also offer protection against high voltage electrical surges in motor controls, and operate smoothly at elevated voltages and frequencies, up to 63 VDC, making it well suited for pump motor applications.

Working Principle

The BFC237882363 film capacitor is made up of a polycarbonate film dielectric, which is relatively sensitive to humidity and temperature, yet still offers excellent insulation and stability. The capacitor is etched with an electrode strip and the active layer is then vapor deposited with an electrode, creating a strong bond that results in a highly reliable connection. The BFC237882363 film capacitor contains a coil that allows electricity to be stored in the form of an electrostatic field. This is done by an electrostatic force that ‘separates’ the capacitor plates. By doing this, the capacitor can store and hold an electric charge for a period of time.

When a voltage is applied to the capacitor, electrons are attracted to the plate with the opposite charge and equal amounts of electrons on both plates create a storage bank of energy. When there is a current flow, these charges move around the inner substrate of the capacitor which is conductive and in turn create an electric field. Because the capacitor is a dielectric material, the electrical field has two opposing vectors and the capacitor is able to store energy as a result.

The BFC237882363 film capacitor is not only able to withstand high temperatures, it is also capable of delivering excellent performance in a variety of applications. Its small size and efficient storage capacity make it an ideal choice for motor controls, pumps, compressors, and other challenging industrial applications where space and weight are of concern.

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