QYX1H683KTP1FD

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Film capacitors are a type of capacitor that use dielectric films, mainly polyester, polypropylene and PTFE, and have a combination or network of electrodes with various shapes, including circular and cylindrical, for their main components. The main advantage of film capacitors is their superb insulation performance: they are highly resistant to temperature changes, self-healing and without polarity. They also maintain an even capacitance ratio over high frequencies. What sets film capacitors apart from conventional types is their robust construction design.

The QYX1H683KTP1FD is a film capacitor specifically designed for applications requiring high power handling capacity and high insulation requirements. It is molded in a stylish small cylindrical package with sealed sides and a snap-in mounting. The body of the capacitor is made of polypropylene, providing excellent insulation performance and temperature stability. The terminals are nickel-plated and meet stringent voltage requirements.

In terms of its application, the QYX1H683KTP1FD film capacitor is most commonly used in equipment that requires high level of power, insulation and smooth frequency response. Examples include high performance amplifiers, power supply filtering circuits, motion control equipment and sound systems. It is also used for secondary filtering of direct current, as well as for suppression of common mode noise. By virtue of its superior insulation performance, the QYX1H683KTP1FD film capacitor is an ideal choice for applications with high voltage and temperature requirements.

In terms of its working principle, the QYX1H683KTP1FD film capacitor has two layers of separated electrodes, each made up of conductive material embedded in a dielectric film. The dielectric films can be made of polyester, polypropylene or PTFE, depending on the capacitor design. When a voltage is applied, electrical charges are generated in the film and the adjacent electrodes, producing an electric field. This electric field causes electrons on one electrode layer to be attracted to the other electrode layer, which induces a capacitance that varies with the applied voltage. The QYX1H683KTP1FD capacitor is designed to be highly efficient at storing energy and has a maximum capacitance of 3.2μF and a maximum voltage of 1.5kV.

In conclusion, the QYX1H683KTP1FD is a type of film capacitor designed for applications requiring high power handling capacity and high insulation requirements. It is made of polypropylene and is suitable for use in equipment requiring high level of power, insulation and smooth frequency response. The working principle of the QYX1H683KTP1FD film capacitor is based on two electrodes embedded in a dielectric film, with electric charges generated and capacitance varying with the applied voltage when a voltage is applied. It has a maximum capacitance of 3.2μF and a maximum voltage of 1.5kV, making it highly efficient at storing energy.

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