BFC237122563

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Film Capacitors

Film capacitors are commonly used in the fields of AC, signal coupling, general filters, timing elements and other aspects. The BFC237122563 Film capacitor is a film capacitor made of polypropylene film as a medium, rolling up silver film with it, wrapping aluminum foil inside and outside to form a cylindrical shape component, and then putting it in a plastic case for insulation protection. This capacitor can be used for filtering, coupling, coupling, bypass, coupling and other occasions.

Application Field

The BFC237122563 Film capacitor is most suitable for bypass and filtering applications. Frequency response applications require low equivalent series resistance (ESR) and inductance, while bypass and filtering applications require high capacitance and good overload capacity. As a polypropylene film capacitor, the capacitance range of the BFC237122563 is most suitable for this application.

Working Principle

The BFC237122563 Film capacitor works by the principle of a variable capacitor. A polypropylene film is used as a dielectric and silver is plated onto the plastic film and wound into a cylindrical form. The capacitor is charged by the displacement of electrons created by the dielectric in the capacitor. By controlling the displacement of the dielectric in the capacitor, the capacitance of the capacitor can be adjusted. As the balance or imbalance of electric charge changes, the capacitor changes its output voltage and current.

The BFC237122563 Film capacitor is ideal for applications that require an adjustable capacitance. The capacitor is designed to provide high capacitance and excellent capacitance stability at high temperature. The capacitor is also designed with low ESR, low leakage and low PCB footprint.

The BFC237122563 Film capacitor has a wide range of applications in the fields of AC, signal coupling, general filters, timing elements and other aspects. It is an ideal choice for applications that require an adjustable capacitance, low ESR, low leakage, high capacitance stability and a small PCB footprint.

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