BFC237342224

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Film Capacitors

Film capacitors, also known as plastic dielectric capacitors, are a type of capacitors specifically designed to provide high reliability and stability in demanding environments and applications. The BFC237342224 is a prime example of a film capacitor.

Application Field of BFC237342224

The BFC237342224 is a high quality film capacitor, designed specifically for use in high temperature and high feedback attenuation applications. With their low AC losses, low piezoelectric noise, and wide temperature range (-55℃~+125℃), these capacitors are suitable for applications in industrial control, electric power, communication systems, and other general electronics.

The BFC237342224 capacitors are also widely used in power supply filtering with their high stability and reliability; LCD monitors, opto-electronics, fluorescent lamps, and light-emitting diodes with their low loading losses; computer power supplies and audio equipment with their low inductance; and motor control filters with their low-dielectric absorption factor.

Working Principle of BFC237342224

The BFC237342224 utilizes a polyester film as its dielectric, which provides a higher dielectric breakdown than organic or ceramic dielectrics. The polyester film also increases the capacitor’s overall insulation resistance, and improves load/temperature/humidity characteristics.

The capacitor’s metallic chemi-treat film extends its operating life and protects against film corrosion. Its terminal finish is designed to withstand high temperatures and connections are made with solid pins to ensure voltage resistance.

The capacitor also features a temperature linear electrical field which helps increase temperature stability, resulting in a more efficient capacitor that can handle high voltages without overheating.

The BFC237342224 is a super flexible film capacitor that is widely used in high temperature and high feedback attenuation applications. It provides superior performance and high reliability with its low AC losses, low piezoelectric noise, and wide temperature range.

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