BFC237511562

Film capacitors, also referred to as plastic film capacitors or simply film caps, are electrical components made up of dielectric material embedded between two metal electrodes. The dielectric material (usually polycarbonate) is chemically treated and coated with metal layers (typically aluminum) to create a capacitor that is both reliable and cost effective. Film capacitors are ideal for use in high voltage applications due to their low ESR (Equivalent Series Resistance) and high dielectric strength.

BFC237511562 Application Field and Working Principle

The BFC237511562 is an aluminum film capacitor designed for use in high voltage applications, such as switching power supplies, motor drives, electronic lighting ballasts, AC power inverters, and surge protection devices. This capacitor has a temperature range of -40°C to +85°C and a rated voltage of 1000V AC. The BFC237511562 has a wide range of capacitance values, ranging from 1µF to 15µF, and a leakage current of less than 0.1CV.

The BFC237511562 is a non-polarized aluminum film capacitor. It works by utilizing electric fields to maintain electric charge across the film and electrodes, thus creating a capacitance. This enables the capacitor to store and then discharge energy quickly in order to regulate the flow of electricity in the circuit, allowing higher voltage to pass without damaging components.

The BFC237511562 also works by reducing the voltage phase across the device as opposed to using a resistor for current limiting. This helps increase the power factor correction, assisting with energy efficiency and decreasing power consumption levels. The capacitor also works to reduce the ripple voltage, allowing for smoother operation and less current draw from the power supply.

The aluminum film construction of the BFC237511562 capacitor provides additional benefits, such as reduced inductance, improved damping effect, and better high frequency performance. The capacitor can also handle high-temperature environments and is self-healing, meaning it can repair any damage done to the dielectric layer.

In conclusion, the BFC237511562 is an ideal choice for high voltage and power factor correction applications due to its low ESR, high dielectric strength, high temperature withstand, and self-healing ability. The wide range of capacitance values also allows for more flexibility when designing a circuit.