QXK2J104JTP7FM

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Film capacitors, also called plastic film capacitors, are a type of capacitor made by winding a thin plastic film into a cylindrical shape, and then taking two metal electrodes and inserting them into the plastic film, covering most of the surface of the plastic film. They are generally used for applications such as filtering, bypassing, coupling, timing, energy storage, and parameter selection.

QXK2J104JTP7FM is a film capacitor belonging to the brand of FUJITSU. It has excellent performance characteristics such as high dielectric strength, high insulation resistance, wide operating temperature range, low dissipation factor, and high insulation resistance. It can be used in a wide range of applications including bypassing, coupling, filtering, and parameter selection.

The working principle of the QXK2J104JTP7FM film capacitor is as follows. When a voltage is applied to it, the electric field affects the polarized molecules of the film material, resulting in an increase in the direction of the field. This displacement of the molecules generates a change in the dielectric constant of the film, and the material becomes an insulator that can store energy. When the field is removed, the molecules return to their original positions, releasing the stored energy.

The application field of the QXK2J104JTP7FM film capacitor mainly includes telecommunications, industrial electronics, mobile communications, and automotive electronics. It can be used in a wide variety of applications such as filtering, bypassing, coupling, timing, energy storage, and parameter selection. It is suitable for fields such as TV, audio, video, radios, photocopiers, and computers due to its low dissipation factor and high insulation resistance.

To sum up, the QXK2J104JTP7FM film capacitor is a reliable and cost-effective device for applications in telecommunications, industrial electronics, mobile communications, and automotive electronics. It has excellent performance characteristics such as high dielectric strength, high insulation resistance, wide operating temperature range, low dissipation factor, and high insulation resistance. The working principle of the device is based on the displacement of the molecules in the film material in response to the application of an electric field. This generates a change in the dielectric constant of the film, resulting in energy storage.

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