BFC238056163

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Film Capacitors

Film capacitors can be used in a variety of applications, ranging from power conditioning, signal processing, communication equipment and consumer electronics. They are known for their high stability, high capacitance density, low ESR and wide temperature range. One type of film capacitor is the BFC238056163.

Application Field of BFC238056163

The BFC238056163 is a polypropylene film and alumina-filled ceramic capacitor with a metallized surface designed for high reliability AC and pulse applications. It offers an operating temperature range of -55°C to +105°C, making it ideal for long-term endurance in harsh environments, such as military and aerospace applications. Additionally, it has a wide operating frequency range of 0 Hz to 10MHz, making it suitable for many signal transmission applications.

The BFC238056163 is also popular for use in applications such as computing, uninterruptible power supplies, motor drive systems, inverters, DC/DC converters and wireless charging. Thanks to its high capacitance density, low ESR, high stability and wide temperature range, it is also suitable for data center server and storage systems, telecom systems, medical equipment and automotive applications.

Working Principle of BFC238056163

The BFC238056163 is structured with two metal layers of electroded polypropylene film. The capacitor’s base dielectric is a sandwiched layer of polypropylene film, which is durable to breakdown and has low losses due to its low dielectric constant. The inner metal layer is an alumina-filled ceramic layer, resulting in a high reliability device.

During operation, a current flow through the electrode layers causes a displacement of electrons which creates a charge density and a dielectric field between the two plates. This charge becomes the capacitor’s capacitance and the electric field that develops between the plates is responsible for the capacitor’s electric characteristics. Due to its metallized structure, the BFC238056163 provides a greater level of dielectric stability and immunity to pulsing applications.

In addition, the capacitor’s alumina-filled ceramic layer allows for a much greater capacitance density than a standard film capacitor. This allows manufacturers to design capacitors with smaller physical sizes while still maintaining a high capacitance value.

Conclusion

The BFC238056163 is an ideal choice for a wide range of AC and pulse applications, from military and aerospace to medical, automotive, and telecom. It has a high temperature range, high stability, and a wide frequency range, making it suitable for even the most demanding applications. Moreover, its metallized surfaces give it a unique advantage in terms of dielectric stability and immunity to pulsing. Lastly, its alumina-filled ceramic layer gives it a high capacitance density, allowing manufacturers to develop much smaller capacitors with a high capacitance value.

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