E82D451VHN221MR35N

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Aluminum electrolytic capacitors are widely used in all kinds of electronic equipment and circuit, and E82D451VHN221MR35N is no exception. This type of capacitor is composed of an aluminum electrolyte as its basic material, and it relies on an electrolyte to store and dynamically convert current. In terms of application field and working principle, E82D451VHN221MR35N aluminum electrolytic capacitors are best suited for a variety of applications where large capacitance is needed, such as stable power supplies, industrial systems, medical equipment, and CPUs.

The working principle of E82D451VHN221MR35N aluminum electrolytic capacitors is relatively simple. Its core is composed of dielectric (oxidation) film on the surface of highly pure aluminum foil as the anode, and paper soaked with an electrolyte is used as the separator and cathode. In such a structure, when a voltage is applied, charges with different polarities accumulate on each side of the aluminum foil, and the oxide film works as the dielectric, allowing the electric field to be supported and the capacitance to be created

In terms of its advantages, E82D451VHN221MR35N aluminum electrolytic capacitors offer a very high capacitance-to-volume ratio compared to ordinary capacitors. As the dielectric oxide film is thinner than the film in ordinary capacitors, the series resistance of the capacitor can be kept low, thereby increasing its efficiency. Furthermore, this type of capacitor has very good performance when used for high frequencies. In other words, it is well suited for low-ripple-current applications in a wide temperature range.

In conclusion, E82D451VHN221MR35N aluminum electrolytic capacitors offer lots of advantages in terms of application field, working principles, and other features. The combination of their dielectric and electrolyte provides high capacitance, low series resistance, and excellent performance at high frequencies. As such, these capacitors are widely used in a broad range of applications from industrial systems to medical equipments.

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