QXP2G683JRP7FL

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Film capacitors, also known as film dielectric capacitors, have wide range of applications due to their special properties, such as low parasitic reactance, long life and stability. QXP2G683JRP7FL is a film capacitor series made by SWSLCapacitors Co., Ltd. This series is also called self-healing film capacitor. It is one of the most popular film capacitors in the industry because of its excellent performance and wide application.

The QXP2G683JRP7FL film capacitors are especially ideal for high power applications. They are mainly used in pulsed power supply, power factor correction, motor drive and various power conditioning systems. They have the advantages of high energy density, unique self-healing performance, long life and low ESR. They are the first choice for high frequency and high current applications.

The working principle of the QXP2G683JRP7FL capacitor is based on the properties of the film dielectric. It is made of thin metal film which is coated with a dielectric material such as polycarbonate film, polypropylene film or polyvinylidene fluoride film. When the capacitor is connected to the power source, it will store electrical energy in the form of an electrical stress field. This electric stress field will cause the dielectric material to be compressed, resulting in the capacitor being charged.

When the capacitor is discharged, the stored electrical energy will be released and the dielectric material will expand. This expansion is known as self-healing, which is one of the main features of the QXP2G683JRP7FL capacitor. The self-healing effect enables the capacitor to recover quickly after it has been damaged or subjected to high voltage conditions. This is very important for high power applications, as it reduces the risk of damage and provides longer life of the capacitors.

In summary, the QXP2G683JRP7FL film capacitor series is a high performance and reliable capacitor which is widely used for high power applications. It has excellent self-healing performance, long life and low ESR. Therefore, it is the first choice for many high frequency and high current applications.

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