BFC2370GH183

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Film Capacitors

BFC2370GH183 are high performance film capacitors, developed by Zhengxing Semiconductor Technology Co. LTD. They are the latest generation of general-purpose film capacitors and have wide range of applications in situations with high or low frequencies. This type of capacitors features a dielectric made of Polyethylene Naphthalate film, they are used precisely to generate AC signals with sinusoidal pulses.

Application Field

These capacitors are mainly used in medium and high voltage applications. This type of capacitor is suitable for a variety of applications, such as high output circuits, AC power supplies and AC induction motors. Also, these capacitors are widely used in the production of consumer and industrial products, for example radio-frequency antennas, lighting fixtures and telecommunications equipment.

Working Principle

BFC2370GH183 works by using the basic principles of capacitance. In a capacitor, two opposite electrodes spaced apart and separated by an insulating films/material form an electrical field. When an AC voltage is applied between the two plates, a charge will be stored within the plates which generates a dielectric. The stored charge produces a voltage across the terminals with a frequency equal to the frequency of the applied AC signal.

The BFC2370GH183 also works on the principle of Faraday\'s law of induction. According to this principle, a changing magnetic field creates a current in a conductor near to the field. The magnetism generated by the electric field induces a current through the capacitors plates and produces a sinusoidal pulse.

Conclusion

In conclusion, BFC2370GH183 film capacitors are high performance capacitors used in wide range of applications, such as high output circuits, AC power supplies and AC induction motors. Due to its construction based on Polyethylene Naphthalate film as dielectric, this type of capacitors have ability to generate AC signals with sinusoidal pulses. Also, they work on the principle of Faraday\'s law of induction, which states that a changing magnetic field induces a current.

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