BFC230361103

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Film capacitors

Film capacitors, or sometimes referred to as film dielectrics, consist of thin film of an insulating material, usually polyester or polypropylene, which is applied to a base material, usually copper, in a roll-to-roll process. The film is then rolled around the copper conductor, providing the electrical connection. Film capacitors are widely used as power factor correction capacitors, snubber capacitors, motor run capacitors and start capacitors. The BFC230361103 is a type of film capacitor that is used in those applications.

Applications of the BFC230361103

The BFC230361103, sometimes referred to as an “electric double layer” capacitor, is a two-pole capacitor. It is designed for high-temperature applications and has high performance in terms of stability, temperature, and humidity. It is also equipped with over-voltage protection and has a good ability to self-heal, meaning it can survive power fluctuations without damage. It provides a long service life and low ESR.

This type of film capacitor is commonly used in the power factor correction field. It is typically used in small-sized equipment, providing excellent reliability and above-average performance. It is also used in UPS systems, neon sign rectifiers, and in other applications requiring an extended time for power factor correction. Another popular application for this capacitor is as damping capacitors in discrete component snubbing circuits. This type of capacitor is able to provide a high degree of protection from voltage overshoots and is also suitable for use with semi-resonant snubbing circuits.

Working principle

Film capacitors are constructed similarly to ceramic capacitors, but they usually have two layers of insulating material, or dielectrics. One layer is the base material, or substrate, and the other layer is the dielectric “film.” These two layers of dielectric, one the base material and the other the film, are separated by a thin air gap. This air gap creates a capacitance and enables the capacitor to store electrical charge.

In the case of the BFC230361103, the dielectric film is of a very high temperature grade and is also rated for very high voltages. The film is a non-porous material, meaning that water cannot pass through it, thus making it an ideal material for power factor correction capacitors. The higher the temperature of the film, the higher the capacitance will be. The higher the voltage the better the performance the film capacitor can provide.

The BFC230361103 is a two-pole capacitor, meaning that it has two terminals. When a voltage is applied across the two terminals, a current will flow through the capacitor, creating an oscillating magnetic field. This produces an induced current, which is then used to power the connected device.

In summary, the BFC230361103 is a high-performance, two-pole capacitor used in various applications requiring power factor correction, snubbing circuits and damping capacitors. Its dielectric film is made from a high temperature grade material and can be used at high voltages. The air gap between the substrate and the film creates a capacitance and enables the capacitor to store electrical charge. This makes it the perfect choice for applications requiring reliable and consistent performance.

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