BFC238502622

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Film capacitors, featuring a dielectric materials with highly thin film, refer to units that store charges when a current is applied and then release the charges when the current is removed. BFC238502622 is a type of film capacitor, relied on for various applications because of its excellent features such as high insulation resistance, insulation aging resisting, and ripple current capacity. In this article, its application field and working principle are discussed.

Application

BFC238502622 may be used in a variety of areas due to its characteristics, which include high reliability, low leakage, and small size. It is suitable for use in electricity-carrying systems in medical equipment, aerospace, and automotive spaces. It is also used in various electrical control systems, DC power lines, and switching power supply systems as well as in other electronic equipment.

In particular, BFC238502622 is preferred in hybrid vehicles for its electric and electronic performance. It can be used in the engine control system, electric vehicles, and steering control system. Furthermore, its thin film technique is also suitable for harsh and extreme working environments, such as high and low temperature, humid, wet, and vibration. This capacitor is also recommended for UPS systems, servo driver, digital TVs, communications, and industrial machines.

Working Principle

The capacitor of type BFC238502622 is manufactured through the spiral winding technology, whereby two electrodes make contact with two foil substrates. The substrate consists of dielectric materials that are highly thin. This arrangement increases the unit’s capacitance and decreases its equivalent series resistance (ESR).

The charged particles must enter the capacitor through the metal. The contacts between the dielectric layers of the capacitor form a barrier so that the particles cannot escape without the assistance of a metal anode. When the current is applied, the particles flow into the dielectric layers, forming two electric fields, one each on the positive and negative ends of the capacitor.

The metal anode produces an electric field between the two dielectric layers, allowing the two electric fields to interact with one another. Then, the energy stored in the capacitor is kept constant until the current is removed. The voltage applied to the unit generates a force on the particles, and thus, they move from the positive to the negative end. This creates a current to flow through the external circuit.

Finally, the current is ready to be used when the voltage is applied. Using the simple principle of dielectric pleating, BFC238502622 can store charge and release it whenever needed. The thinness and flexibility of the foils provide excellent performance in various application environments.

Conclusion

BFC238502622 is a type of film capacitor that is reliable, efficient, and suitable for use in many settings. It can be used in areas such as medical, aerospace, automotive, switching power supply systems, and even extreme conditions. Its working principle is based on simple dielectric pleating, wherein two electric fields interact with each other, allowing the capacitor to store and release the charge.

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