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Film Capacitors

B32360A3106J30 Application Field and Working Principle

Film capacitors, also known as plastic film capacitors, are a class of electronic capacitors that are characterized by their high dielectric strength, small size, and high temperature resistance. B32360A3106J30 is a film capacitor with reliable quality, and its wide range of application fields and working principles can be introduced in this article.

Application Field

B32360A3106J30 has a variety of uses in various electronic devices, including AC and DC power supplies, computer systems, audio systems, distortion-proof power supplies, and filter circuits. It can also be used for signal transmission and signal stabilizing applications, as well as impedance matching in analog circuits.

Working Principle

The B32360A3106J30 is a film-type capacitor that uses thin organic films such as polypropylene (PP) or polystyrene (PS) as the dielectric material. Then a metal is deposited on the film, thereby forming an electrical connection and a charge carrier. The AC signal passes through the thin film dielectric layer of the capacitor, which is composed of two conductors with an insulating material between them. The capacitor works by letting an electric current flow to a “storage” point, then releasing it when necessary.

When a B32360A3106J30 capacitor is connected to an AC power source, the alternating current will cause the capacitors’ plates to attract and repel electrons and thus cause the capacitors’ plates to store energy. During the half period of the AC waveform when the voltage is positive, the surplus electrons are stored in the capacitor. During the next half period of the AC waveform when the voltage is negative, the electrons stored in the capacitor are released into the circuit, maintaining a stable voltage.

The amount of energy stored and released by the capacitors is proportional to the capacitance, and the capacitor is able to change the amount of current flowing in the circuit, so it plays an important role in the signal processing circuits.

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