53D842G025JL6

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Aluminum electrolytic capacitors, or electrolytic capacitors for short, are polarized capacitors composed of an anode of aluminum foil, an electrolyte of manganese dioxide, and a thin layer of oxide film formed on the surface of the aluminum foil. 53D842G025JL6 belongs to aluminum electrolytic capacitors. It is an industry-grade, low impedance and highly reliable product.

The application fields of 53D842G025JL6 aluminum electrolytic capacitors include the field of power conversion and measuring instrument, and other fields where low impedance and high reliable capacitors are needed. It is suitable for rectifiers, choppers, power amplifiers, electric heaters, converters, and other products.

As for the working principle, 53D842G025JL6 aluminum electrolytic capacitors extract electric charges through reversible oxidation and reduction processes. When a positive charge reaches the anode of the capacitor, electrons flow from the anode to the cathode and form a layer of concentrated oxide film. This oxide film provides a high insulation resistance that is greater than other types of capacitors. Meanwhile, the manganese dioxide in the capacitor can absorb a large amount of H+ and O-- ions, forming a high capacitance between the anode and the cathode.

The 53D842G025JL6 aluminum electrolytic capacitors also feature high break-down voltage, low equivalent series resistance, low leakage current, and high capacitance. On top of that, the capacitors can withstand extreme temperatures and humidity and work without causing any spark or noise. Additional features include a large withstanding capacity against voltage shock, wide operating temperature range, and low failure rate. All these features make 53D842G025JL6 aluminum electrolytic capacitors the favorite choice for power conversion and measuring instruments.

Overall, 53D842G025JL6 aluminum electrolytic capacitors are reliable, durable, and efficient components that are used mainly in the fields of power conversion and measuring instruments. Their unique working principle, excellent quality, and impressive features combine to make them the perfect choice for most applications.

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