QXK2G473JTP7ZHFL

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Film capacitors are electronic components capable of storing electrical energy, achieving high value of capacitance in a relatively small size. QXK2G473JTP7ZHFL specific capacitance is 470uF and the rated voltage is 265VAC. This type of Film capacitor is usually constructed of plastic films and aluminum foil electrodes. Since the capacitor dielectric is usually thin plastic film, Film capacitors can incorporate a very large number of layers with the lowest parasitic to achieve extremely high capacitance, from 1pF to hundreds of micro farads, and it can also be produced on a smaller scale to enable miniature capacitors.

The main application of QXK2G473JTP7ZHFL film capacitors is for power supply smoothing, harmonics filtering, motor start etc., making it an ideal choice for a wide variety of applications that require miniature high performing and reliable capacitors.

The working principle of film capacitors is based on electrostatic charging. When a voltage potential is applied across a pair of electrodes, an electric field is created between them, polarizing the capacitor and allowing charge to accumulate. When the voltage is removed, charge storage is retained. The two common types of film capacitors are Polarized Film Capacitors and Non-polarized Film Capacitors. Non-polarized film capacitors are typically used in AC circuits while Polarized film capacitors are more suitable for DC circuits.

In addition to the voltage rating, other characteristics such as crosstalk, current rating, load life characteristics, and temperaturecoefficient are better than ceramic capacitors and tantalum capacitors, making Film capacitors an excellent choice for applications with high frequency signal. Film capacitors are designed for a variety of applications for different frequencies and temperatures with various types of plastics.

In summary, QXK2G473JTP7ZHFL Film Capacitors are a type of capacitors which are widely used in many electronic products that require high-performance capacitors with very small sizes due to their low parasitic and very high capacitance. Furthermore, they provide reliable performance in a variety of extreme conditions.

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