BFC237672623

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Film Capacitors

BFC237672623 is a type of film capacitor (also known as a plastic film capacitor or AC film capacitors). Plastic film capacitors are used for many different applications, and there are a lot of different types with various working principles. This article will look specifically at the BFC237672623 and how it is used and how it works.

Application Field of BFC237672623

BFC237672623 is mainly used as a power factor correction capacitor in lighting ballasts for fluorescent lamps, discharge lamps and self-ballasted LED lamps. It is also used in many other areas such as solar inverters and chargers, UPS systems, and any application that requires capacitors with a higher peak current rating and a lower internal resistance.

BFC237672623 also has additional benefits such as excellent long-term stability, less leakage current and lower dissipation factor, meaning that it is an extremely reliable product in many applications.

Working Principle of BFC237672623

BFC237672623 is a non-electrolytic capacitor that functions as an AC Line filter. The main component of the capacitor is an polypropylene film that is sandwiched between two electrode plates. The two electrode plates are generally made of tin-plated copper with a lacquer coating. This design helps reduce the noise generated by the current and interference. As the current passes through the capacitor, the electrical energy is divided between the two electrode plates and stored as electrostatic energy.

BFC237672623 also has excellent long-term stability, meaning that it is suitable for long-term use in most applications. This is because the capacitor has a very low leakage current and dissipation factor, meaning that it is very reliable and can be used for a long time without any significant degradation of performance.

Conclusion

The BFC237672623 is a type of plastic film capacitor that is mainly used for power factor correction in lighting ballasts for fluorescent lamps, discharge lamps and self-ballasted LED lamps. It has excellent long-term stability, low leakage current and low dissipation factor, making it an extremely reliable product in many applications. It functions by dividing the electrical energy between two electrode plates and storing the energy as electrostatic energy.

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