UVK1J682MRD

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Aluminum Electrolytic Capacitors are electronic components that consist of two aluminum plates that are coated with a thin layer of oxide. The plates are connected to external terminals and are filled with a liquid electrolyte. The liquid electrolyte acts as an insulating boundary between the two aluminum plates, which helps to keep the internal and external parts from being in direct contact with one another. The UVK1J682MRD application field and working principle are derived from this engineering geomerty and the internal structure of the capcacitor.

First, the UVK1J682MRD application field is mainly for power supply for various electronic equipment and components. Since it is a polarized capacitor, the voltage across it must be equal to the rated voltage of the capacitor in order to ensure its normal operation. The extremely low equivalent series resistance, remarkable surge resistance and long life are the main advantages of the capacitor, which make it ideal for high-frequency and high-stability applications.

As for the UVK1J682MRD working principle, the capacitor consists of two aluminum plates with a thin layer of oxidized aluminum oxide in between them. The two plates are connected to external terminals. The internal and external parts are separated by electrolyte fluid, which helps to transport charge from one plate to the other. The electrical current that flows through the capacitor is determined by the amount of charge that is stored on the two plates. The charge stored on the capacitors can be increased or decreased by adjusting the applied voltage and the amount of current flowing through the capacitor.

To conclude, the UVK1J682MRD belongs to the family of Aluminum Electrolytic Capacitors, which are widely used in power supplies. The application field of the capacitor is mainly for power supply for various electronic components and equipment, due to its low equivalent series resistance, remarkable surge resistance and long life. The working principle of the capacitor is based on the electrical current determined by the amount of charge stored on the two plates, which can be adjusted by the applied voltage and current.

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