BFC247055682

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Film capacitors, as a type of passive electronic components, are widely used in circuits of various electrical products. BFC247055682, as one of the film capacitors, has its own application fields and working principle. This paper will explain further.

Application Field

The application fields of BFC247055682 include electronic circuits, communication equipments, video equipments, AC/DC, switch power supply, display system and industrial motor control systems. Specifically speaking, it is used to decouple noise in input and output circuits of electronic devices, increase power factor in systems, prevent harmonic interference, filter switching noises caused by signal transmission.

Working Principle

The capacitor of BFC247055682 is mainly composed of two parts, the anode and the cathode, respectively constructed by metalized polypropylene film. With charge stored in the capacitor, electric energy is converted into other electrical form in order to enhance ac performance or filter noise.

The BFC247055682 is a non-inductance type, which rely on dielectric thin-film technology to keep the capacitance, achieving higher volumetric efficiency than common capacitor types. Besides, this type of capacitor features low inductance and good self-healing behavior, plus excellent temperature and dimensional stability.

In addition, the capacitors of BFC247055682 also exhibit both high current and high voltage endurance, serving as a valuable compensating device for power systems, limiting the peak voltage and current of circuits, reducing the generation of electric arcs and protecting the system from over-voltage and high-frequency interference.

Conclusion

In short, BFC247055682 is a specific type of capacitors used in Electrical Power systems, with its application field covering electronic circuits, communication equipments, video equipments, AC/DC, switch power supply, display system and industrial motor control systems. Yet among its many features, the excellent temperature and dimensional stability, coupled with the high current and high voltage endurance, are the most outstanding ones.

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