BFC238035223

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Film Capacitors

The BFC238035223 film capacitor is a type of capacitor that is designed to generate a very low electrical field while providing both high capacitance and high Voltage performance. It is a type of film capacitor that uses a dielectric that is either hardened or relaxed. This allows the capacitor to operate over a wide temperature range and with a high breakdown voltage without any noticeable performance degradation. This capacitor can be used for high frequency electronic circuits, such as those used in radio and telecommunications.

Application

A BFC238035223 film capacitor is best suited for use in applications where high stability over time and temperature is needed. The dielectric in this type of capacitor is "hardened" or "relaxed" depending on the application. This means that the capacitor can be tailored to operate more efficiently for specific applications requiring high levels of reliability and stability. Some of the more common applications for the BFC238035223 capacitor include:

• High frequency electronic circuits, such as those used in radio and telecommunications.
• DC-DC converters
• Switching power supplies
• AC filters

Working Principle

The BFC238035223 film capacitor is based on a leather-dielectric that is both hardened and relaxed. The hardened dielectric is used to construct the capacitor\'s core, while the relaxed dielectric is used to form the capacitor\'s dielectric layer. The combination of both the hardened and relaxed dielectrics provide a highly stable working point for the capacitor and allow it to operate over a wide temperature range and with a high breakdown voltage without performance degradation.

The core of the BFC238035223 film capacitor consists of two aluminum plates that are overlaid with an epoxy-resin glass-fiber insulation layer. The two faces of this layer form the capacitor electrodes, which are then tightly sealed and pressed together with a silicone rubber gasket. The entire assembly is then connected to the printed circuit board and soldered in place.

When voltage is applied to the capacitor, the dielectric material of the conductive plates inside the capacitor becomes polarized. This produces an electrical field and results in current flowing through the capacitor. This current flow is proportional to the applied voltage, determining the capacitance of the capacitor. As the applied voltage increases, the capacitance of the capacitor also increases.

Due to the hardness of the core dielectric, the BFC238035223 capacitor is capable of maintaining high stability and performance over a wide range of temperatures, making it an ideal choice for applications where reliability and stability over time and temperature are needed.

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