FFV36C0136K--

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Film capacitors, also known as film dielectric capacitors, are capacitors that use plastic film as a dielectric material. The FFV36C0136K is a specialty film capacitor that can meet a wide range of potential applications, while also providing unique features and performance benefits. In this article, we will discuss the application field and working principle of the FFV36C0136K.

Function

The FFV36C0136K film capacitor is designed for use in electronic equipment. It is a surface mount component, which allows it to be integrated into a variety of devices without the need for cumbersome installation processes. The FFV36C0136K offers superior reliability and low equivalent series resistance (ESR). It is designed for use in both high-frequency and low-frequency applications, allowing it to be used in both DC and AC circuits.

Application Field

Due to its robust construction and special features, the FFV36C0136K is suitable for a wide range of industrial applications. Its low ESR and high ripple current allow it to be used in power supplies, motor controls, automotive systems, and other applications where stability is essential. It can also be used in high-end audio amplification, and other RF applications. The FFV36C0136K can also be used in circuits with high-energy signals, such as radio frequency or digital signal processing circuits.

Working Principle & Structure

The FFV36C0136K is a radial leaded, surface mount capacitor. It is made up of two metallic plates and an insulating film between them. The film acts as the dielectric material, which when a voltage is applied, stores the energy in the electric field created by the plates. The FFV36C0136K uses an extruded polyester base film, which provides excellent temperature and voltage stability.

The capacitor is constructed of a series of closely spaced, parallel metal terminals, which are separated by a thin dielectric film. The capacitor’s terminals are connected to a substrate, providing an electrical connection for power and ground. The substrate is made of an insulating material, usually a plastic or ceramic material. The spacing between the terminals and the thickness of the dielectric film are carefully designed to maintain a specified capacitance at a given frequency.

In operation, the FFV36C0136K capacitor is subject to an alternating electric field, which causes electrons to move back and forth between the terminals. This motion produces a current across the capacitor’s terminals, which can be measured in farads (F). The amount of charge stored is determined by the applied voltage, the capacitance, and the frequency of the applied field.

Conclusion

In conclusion, the FFV36C0136K is a highly reliable and versatile film capacitor. Its combination of low ESR and high ripple current allows it to be used in a variety of applications ranging from power supplies and motor controls to high-frequency and RF applications. Its extruded polyester base film also offers excellent temperature and voltage stability. By understanding the application field and working principle of the FFV36C0136K, engineers and technicians can better utilize this specialty film capacitor in their electronic designs.

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