BFC236952152

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Film capacitors, widely used as an electrical component due to their low inherent dielectric losses, are typically constructed with layers of thin semiconductive film that is wound as a cylindrical shape and sealed in a cylindrical plastic case. Generally, film capacitors offer higher endurance and stability when compared to other types of capacitors, such as ceramic. One such example of a popular film capacitor is the BFC236952152, which is designed for clients who expect reliable long-term performance and extended life in their capacitors.

Application Field

The BFC236952152 film capacitor is suitable for applications in electric motor starters, lighting systems, and instrumentation. Its electrical details include voltage derating up to 3000 volts, capacitance derating from 0.47uF to 4.7uF and a tolerance of ±10%. It also comes with protection features to shield against electrical short circuits.

Furthermore, this capacitor is economical for end users due to its robust construction which increases operational stability and is ideal for applications that require a robust and affordable capacitor. In other words, the BFC236952152 is both energy efficient and cost effective.

Working Principle

Film capacitors use a physical medium to store electric current in the form of energy across a dielectric material, typically a semiconductive film. Since the primary differences between other types of capacitors depend on the material used and its dielectric properties, film capacitors can be classified according to specific materials such as polypropylene, polyester, polycarbonate, and nylon.

In the case of the BFC236952152 in particular, polycarbonate film is used which is known for its superior temperature stability, low audible noise, good response at high frequencies, wide operating temperature range, and low equivalent series resistance often referred to as ESR. Polycarbonate film also has low dielectric absorption which reduces power dissipation, and generally offer better frequency stability compared to other capacitor types.

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