BFC238371393

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Film capacitors, also known as plastic film capacitors, refer to capacitors having a dielectric which is a plastic film. The plastic film material is various, such as polypropylene PP, polyester PET, polycarbonate PC, polysulfone PES and polyimide PI. Thus, film capacitors cover a broad temperature range and are available from -55°C to +150°C.

BFC 238371393 film capacitor is a type of film capacitor with the ability to excel in a variety of high temperature, high power density applications. It is engineered with the latest nitripolymer film technology ensuring highest self-healing characteristic. With an operating temperature range of -55°C to + 150°C, BFC 238371393 film capacitor offers increased reliability and stability even in the most demanding and extreme conditions. The range is available in a variety of case sizes ranging from 9.5 mm to 30 mm.

In terms of application fields, BFC 238371393 film capacitor is mainly used in industrial automation systems, HVAC control systems, energy switching systems, medical equipment, renewable energy systems, servo motor control systems, industrial drives, welding machines and other high temperature and high power-density applications. Specifically, the BFC 238371393 film capacitors are ideal for the high power systems and products which are designed and manufactured for extreme and demanding conditions.

BFC 238371393 film capacitors are designed with an efficient working principle. Its core is composed of two metal plates with a dielectric between them. The dielectric used in the design of BFC 238371393 film capacitor is double-layers main-made nitripolymer film. A special fiberglass coil wrap and retainer are added to its construction to improve insulation performance. This type of film capacitor has minimum capacitance and maximum withstand voltage. The metal plates act as a conductor and the dielectric behaves as an insulator.

BFC 238371393 film capacitors, due to their construction and design, offer good low-temperature performance and high-temperature stability. By the use of modern film technology, it can offer extremely low ESR (Equivalent Series Resistance). Such capacitors are also self-healing, meaning that any failure caused by voltage spikes, will be healed automatically. Interestingly, this type of film capacitors is also available in low-ESR versions, allowing for higher ripple current while successfully eliminating higher levels of ESR.

In conclusion, BFC 238371393 film capacitors are designed especially for extreme and demanding applications and have a number of advantages, such as higher voltage withstand, low-temperature performance, wide temperature range, high power density and high reliability. Consequently, these types of capacitors are ideal in a variety of industrial, automotive and consumer applications.

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