QXT2J473KRP7FR

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Film capacitors are an electronics component that is used to store and release electrical energy. They are a type of capacitor that consists of a thin film of plastic sandwiched between two metal plates. The metal plates act as electrodes and the dielectric is the film. The primary purpose of a film capacitor is to store electrical energy and release it as short-term bursts. It is also used in high frequency applications, as it is capable of carrying large amounts of current over short periods of time.

The QXT2J473KRP7FR film capacitor is a type of film capacitor used in various electronic applications. It has high insulation resistance and stable electrical properties, making it suitable for high-temperature, high-frequency, and high-voltage power applications. The capacitor is designed to work in a range of temperatures between –55 ° and +125 °C. It has a capacitance range of 0.15–1000 μsr and a voltage range of 6.3–1600 Vdc. It also has a maximum ripple current rating of 2 A and a maximum thermal shock survival of 25 cycles.

The QXT2J473KRP7FR has two main working principles. The first is capacitor equivalent or capacitance time ‘decay’. This is a phenomenon in which the capacitor’s capacitance decreases with time, thereby introducing losses. This is due to its dielectric material deteriorating over time. The second working principle is called charging and discharging, which refers to the ability of the capacitor to store energy and then release it in short bursts. This is especially useful for applications that require frequent surges of electrical energy.

Overall, the QXT2J473KRP7FR film capacitor is a reliable, long-lasting component that is suitable for a variety of applications. It has high insulation resistance and stable electrical properties, making it suitable for use in high temperature, high frequency, and high voltage applications. It is also capable of storing and releasing electrical energy in short bursts, making it an excellent choice for applications that require frequent periods of power surge.

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