475CKS400M

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Aluminum electrolytic capacitors are widely used in the electrical and electronic industry. The basic structure of an aluminum electrolytic capacitor consists of an anode aluminum foil with a thin layer of oxide on the surface, a dielectric separator, and a cathode foil, usually of the same material. An electrolyte is added to the system to permit the separation of positive ions from the negative ions. The effect of the electrolyte is to increase the capacitance of the device and also to enhance the stability of its electrical performance.

The 475CKS400M is a type of aluminum electrolytic capacitor which is particularly suitable for applications with high surge current and voltage requirements. Its primary working principle involves the use of a high-quality anode aluminum foil coated with a conductive oxide layer on its surface. This ensures that the device can effectively store energy by creating a spatial separation between the positive and the negative charges. This process is known as capacitance, and the capacitance value of the device is determined by the area and thickness of the oxide layer. On the other hand, the dielectric separator used in the device is made of a material which has a very low leak age current, thus ensuring that the device has a high insulation resistance against external fields and is suitable for operation with high surge voltage.

475CKS400M aluminum electrolytic capacitors can be applied in a wide range of applications, including power supplies, UPS systems, inverters, and servo systems. They are also ideal for use in high-power audio frequency circuits, surge current and voltage applications, and high surge peak current applications. These devices are also used in radio frequency circuits, telecommunication systems, military and aerospace applications, and in high-voltage applications. Furthermore, they can also be used in balancing circuits, high voltage power supplies, and in safety circuits.

In summary, the 475CKS400M aluminum electrolytic capacitor is specially designed for high surge current and voltage applications. Its highly conductive anode aluminum foil is coated with a layer of oxide which forms a spatial separation between the positive and the negative charges. The dielectric separator material has very low leakage current, and the device also has a high insulation resistance against external fields. This makes the device suitable for use in a wide range of applications from power supplies to telecommunication systems.

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