FCP2416H124G

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Film capacitors, also known as plastic film capacitors, are widely used components in electrical engineering and electronics today, in which FCP2416H124G is one of their most popular type. As the technologies evolve, film capacitors have become an important part of modern electronic devices and systems. In this article, the application field and working principle of FCP2416H124G capacitors will be discussed.

Application Field

FCP2416H124G film capacitors are most widely used in power supplies, audio, RF and telecom applications, and industrial and medical equipment. That’s why it is highly durable with reliable performance. FCP2416H124G electrical parameters are quite ideal with very low leakage currents. Also, compared to other same voltage film capacitors, its high temperature resistance properties make it even more advantageous. With an operating temperature range of -40 to +105°C, it even can maintain its electrical stability under extended temperatures.

Besides, FCP2416H124G capacitors are superior in features such as easy to assemble, eliminate risk of fretting corrosion, and low ESR compared with electrolytic capacitors. Specifically, the FCP2416H124G film capacitors are ideal for power supply filtering applications. Thanks to their superior properties, FCP2416H124G capacitors allow current to flow through a broader range of their capacity. Therefore, they play an important role in selecting peak currents and eliminating interferences.

Working Principle

The FCP2416H124G film capacitors are composed of two conductive metal plates. The metal plates are separated by an insulating thin plastic film. When one of the metal plates is connected to the positive terminal and the other one is connected to the negative terminal of a power supply, electrostatic charges will be induced in the plastic film. Since the FCP2416H124G film capacitors are polarized, the charges will form a static capacitor due to its inherent stability and low internal resistance. This creates a tiny voltage across the capacitor, which can then be used to supply current to other components.

The capacitance of film capacitors depends on the size of the metal plates. FCP2416H124G capacitors are usually circular in shape and have a relatively thin plastic film. Therefore, the area of the electrodes is relatively small, so its capacitance is lower than other types of film capacitors. On the other hand, compared to electrolytic capacitors, the FCP2416H124G capacitors are more stable and have a low dielectric absorption. The FCP2416H124G capacitors are also non-polarized, which makes them useful for both AC and DC applications.

Conclusion

To conclude, the FCP2416H124G film capacitors are superior in features such as easy to assemble, reliable performance, high temperature resistance and low leakage currents. It is widely used in power supplies, audio, RF and telecom applications, and industrial and medical equipment. With its small capacitance due to its thin plastic film, FCP2416H124G works by forming electrostatic charges between two conductive metal plates when a voltage is applied. As a result, it can be used to supply current to other components in a frequency range from 1Hz to 4000MHz.

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