BFC241767504

Film Capacitors

Film capacitors have widespread application in home appliances industry, automotive industry, aviation industry, industrial equipment and energy production equipment. Highly reliable and technologically advanced, they are well suited for a wide variety of electronic components. The BFC241767504 is a film capacitor that is specifically designed for the commercial and industrial applications. It is a low-inductance chip capacitor composed of a multi-layer polyetherimide film and suspended electrodes.

Application Field and Working Principle

The BFC241767504 is suitable for power electronics and pulse circuits. It is widely used in power and battery management systems, automotive electronics, audio and communication systems, aerospace and military applications, as well as in motor control and LED lighting systems. The chip capacitor features an extremely low inductance which helps to reduce both the size and cost of the circuit layout, and enables the application to achieve high performance.

The working principle of the BFC241767504 film capacitor is that two electrodes, usually made of metal, are placed at opposite ends of a dielectric medium, such as a thin film of plastic. When voltage is applied to the electrodes, electrons are deposited onto the electrodes, creating an electric field. In this electric field, the opposite charges attract, creating a capacitance. This capacitance stores energy, which can be released when the voltage is discharged.

The BFC241767504 film capacitor is designed for high frequency, low parasitic inductance and high energy efficiency in order to achieve the desired performance in the application. The capacitor also features a very high capacitance stability, making it suitable for motor control and other commercial and industrial applications.

In summary, the BFC241767504 film capacitor has a wide range of applications, including power electronics, automotive electronics, audio and communication systems, and LED lighting systems. It is suitable for high frequency, low parasitic inductance, high energy efficiency, and high capacitance stability.