BFC230342105

Introduction

Film Capacitors are widely used in electric circuits for the purpose of energy storage and filtering in communication devices, motor controls, and industrial electronics. The BFC230342105 is a film capacitor developed by the Nippon Chemi-Con to fulfill the demands of high-end applications. It has a special structure containing multiple electrodes and optimised dielectric material that guarantees low capacitance fluctuation over a wide temperature range, as well as high capacitance density compared to other capacitors.

Application Field

The applications for the BFC230342105 vary and are dependent on the specific characteristics of the device. In most cases, the film capacitor is suitable for power conversion, commutation and noise filtering in motor control and power electronic equipment. It can also be used for noise filtering in automotive and industry applications, especially high end designs. Additionally, it is designed for telecommunications equipment, SMPS, automotive applications, and other high-voltage applications.

Working Principle

The working principle of the BFC230342105 is based on a basic capacitance effect. It contains multiple electrodes that are arranged in different configurations, with a dielectric material between them. When an electric voltage is applied across the electrodes, the electric field creates an electrostatic force that causes the electrons to “want” to move from one electrode to the other. This effect creates a capacitance between the electrons, and this capacitance can then be used for various applications. The BFC230342105 has an optimised structure to ensure that it has a low capacitance fluctuation over a wide temperature range.

Conclusion

The BFC230342105 is a type of film capacitor designed and manufactured by the Nippon Chemi-Con. It has an optimised structure that guarantees low capacitance fluctuation over a wide temperature range and high capacitance density. It is used for power conversion, commutation and noise filtering in motor control and power electronic equipment, as well as telecommunications equipment, SMPS, automotive applications, and other high-voltage applications.