UVY2D471MRD

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Aluminum electrolytic capacitors are widely used in consumer, industrial and automotive electronics. They are basically two-terminal components, usually consisting of an aluminum foil electrode and a paper dielectric. These capacitors can either be polarized or non-polarized, depending on the application. This article will discuss the application field and working principle of UVY2D471MRD aluminum electrolytic capacitor.

UVY2D471MRD aluminum electrolytic capacitors are designed for applications such as power supplies, converters, ripple filters and snubbers. The nominal capacitance is 47µF and the operating temperature range is -40℃ to +85℃. The UVY2D471MRD can tolerate high temperature and long time use. This capacitor is made with a 4mm diameter anode and 2mm diameter cathode. It is constructed using a advanced electrolytic process and has long life and high stability.

The main application fields of UVY2D471MRD aluminum electrolytic capacitor are power supplies, converters, ripple filters and snubbers. The capacitance of this capacitor can be used to reduce AC ripple current, maintain a high degree of accuracy in DC output and reduce the volume of the device.

The working principle of UVY2D471MRD aluminum electrolytic capacitor involves two conductive foils, one anode and one cathode. The capacitor is filled with a conductive liquid called electrolyte. As a voltage is applied between the two foils, an electric field is created and the capacitor stores energy. When current flows through the capacitor, each of the metal foils attract ions from the electrolyte. This creates an anode and cathode layer, which blocks the current, resulting in fast charge and discharge times.

UVY2D471MRD aluminum electrolytic capacitor is designed to offer high capacitance, long life and high stability. It is applicable in many applications such as a power supply, converters, ripple filters and snubbers. The working principle of the capacitor involves two conductive foils and the electrolyte used to create an anode and cathode layer. This provides for fast charge and discharge times, allowing for a high degree of accuracy and reduced device volume.

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