BFC238364823

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Film Capacitors

Film capacitors are externally similar to conductor-dielectric types and can be employed in nearly every application where other types of capacitors can be used. Film capacitors feature greater volumetric efficiency due to their slender dimensions, enabling them to be used in an extensive range of applications.

BFC238364823 Capacitors

BFC238364823 film capacitors are specifically designed for electrical and electronic use. They feature a unique combination of properties that have made them the ideal choice for a wide range of applications, from motor and AC control circuits to industrial electronic equipment, medical devices, telecommunications, electronic musical instruments, power supplies and many more.

Application Field

BFC238364823 capacitors are commonly used for decoupling, power factor correction, power supply filtering, high frequency coupling and decoupling, pulse load strobing, voltage clamping, and circuit transients. The device has excellent pulse response, low dissipation factor, and low dielectric absorption characteristics.

BFC238364823 capacitors are also used in the safety critical areas of data centers, railway rolling stock, and aerospace for EMI filtering, as well as for high voltage power supplies and isolated DC circuits. For these types of application, BFC238364823 capacitors offer superior surge capability, high reliability, and immunity to aging, vibration, and shock.

Working Principle

BFC238364823 capacitors incorporate a film layer as their dielectric material, which is sandwiched between two metalized electrical terminals to form a capacitor element. The dielectric layer is typically made from a polyester film that is metallized on both sides. This provides for a lower Equivalent Series Resistance (ESR) and Equivalent Series Inductance (ESL) than other capacitor types, allowing higher currents to flow without excessive heating or noise when switching large currents.

By combining layers of metallized film in the capacitor structure, BFC238364823 capacitors provide superior capacitance-to-volume ratios as well as excellent voltage withstanding capacity. This makes these capacitors ideal for many different application fields where size and stability is an important factor.

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