BFC238563112

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Film capacitors, sometimes known as plastic or dielectric capacitors, are used for a variety of different applications. The BFC238563112 is no exception. This particular model is a metallized polypropylene film capacitor, designed to withstand extremely high temperatures. With this type of capacitor, a thin dielectric film is placed between two metal foil electrodes to create a capacitor with a higher voltage rating. This model is typically used in applications that require a high capacitance value, a low dielectric absorption, high stability, and low dissipation factor.

The BFC238563112 can be used in power supplies, DC to DC converters, and motor controls in industrial applications. It is also often used in telecommunications equipment, consumer electronics, and in automotive electronics. This capacitor is ideal for high temperature environments and the dielectric film used ensures a high degree of reliability. It particularly excels in applications where a stable capacitance is required over a wide temperature range.

The BFC238563112 capacitance rating is 1µF/2kV, so it can handle up to 1µF at 2kV. The capacitor is classed as a ‘Y’ type, indicating a tolerance of ±5%. It utilizes a metallized polypropylene film with a voltage range of 25 to 3kV DC, depending on rating. Ripple current for microwave oven application is up to 3Arms and 0.25Arms at 1kHz. The capacitance change over temperature is max. 0.1µF/kV and the dissipation factor is max. 0.004.

The BFC238563112 works on the basic principles of a capacitor. As AC electricity is applied to it, the internal components of the capacitor, which consist of two metal foils covered with a dielectric material, charge up and accumulate energy. When the capacitor is overloaded, it releases the stored energy quickly to the load, preventing damage to the equipment. This helps to regulate the current in these applications, making them more efficient and reliable.

The BFC238563112’s dielectric absorbents replace the capacitor’s traditional air gap with a material that has a better dielectric constant. This means that the capacitor can achieve a higher voltage rating without increasing its size. Its superior temperature resistance ensures that it will not be damaged by excessive heat when placed in a high temperature environment. All of these factors come together to make it one of the most reliable and efficient film capacitors on the market.

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