171105K250P-F

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Introduction of Film Capacitors

Film capacitors are a specific subset of capacitors, consisting of a dielectric film placed between two electrodes (typically metal plates) to store electrical charge. Film capacitors have become increasingly common in numerous industries since their introduction. These capacitors possess numerous advantages, such as their resistance to high temperatures, low flammability, high insulation resistance, and wide range of voltage and capacitance values.

171105K250P-F Film Capacitor Application Gield and Working Principle

The 171105K250P-F is a film capacitor specifically designed to handle demanding conditions. Consisting of a dielectric film as the medium between two metal plates, it is able to offer excellent high-temperature performance, making it a great choice for applications that require prolonged exposure to high temperatures. The film used in the capacitor is typically cellulose-based, and provides superior mechanical strength and thermal conductivity, ensuring reliability in both humid and dry environments.

The 171105K250P-F capacitor can be used in a variety of applications, such as motor run, electric power systems, and power electronics. Its advantages include its wide operational voltage range, low equivalent series resistance (ESR), long life expectancy, and low self-inductance. This makes it an ideal choice for applications where a reliable and high-performance capacitor is needed.

The working principle of the 171105K250P-F capacitor is straightforward. When a voltage is applied to one of the two terminals, electrostatic charges are generated on the electrodes. The electrostatic charges attract one another which create an electric field between them. This electric field then generates an electric field between the two electrodes, providing the capacitive effect. This is how the 171105K250P-F capacitor stores energy.

Conclusion

The 171105K250P-F is an exceptionally reliable and durable film capacitor capable of operating in high-temperature environments. Thanks to its wide operational voltage range, long life expectancy, low equivalent series resistance (ESR), and low self-inductance, it is an ideal choice for motor run, electric power systems, and power electronics applications. The capacitor’s working principle involves the creation of an electric field between the two electrodes in order to store energy, enabling it to be used in capacitive applications.

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