E36D351HPN852UEM9M

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Aluminum electrolytic capacitors have been around for over a century, and its application field and working principles are still quite relevant today. Aluminum electrolytic capacitors (or AL capacitors) are using aluminum as one of the dielectrics for their electrical characteristics. These capacitors are widely used in electronic devices for a variety of applications due to their high capacity and low cost.

The main application of an aluminum electrolytic capacitor is in AC power applications, where its high capacitance into relatively small capacitors makes it very well-suited for certain applications. Common applications of these capacitors are for filtering and decoupling in AC power supplies. They can also be used for energy storage and pulse applications, providing the ability to absorb energy and releases it again as needed.

The working principle of an aluminum electrolytic capacitor is based on the fact that a dielectric material can be used to create a space between two conductive materials. When AC current is applied to the capacitor, a reverse current is created that causes a voltage difference to develop across the two conductive plates. This voltage difference is known as the capacitance, and is the basis of the capacitor’s capacitance rating. As the AC current and voltage varies, the capacitance of the capacitor changes as well, allowing it to store and release energy in a very efficient manner.

In terms of the specific application field of E36D351HPN852UEM9M, it is an aluminum electrolytic capacitor designed specifically for AC power applications, such as AC filtering and decoupling applications. This type of capacitor offers excellent performance in terms of its capacity and rated current, making it suitable for use in a wide range of electronic devices.

As a summary, we can say that aluminum electrolytic capacitors have been used in various electronic applications for many years, and E36D351HPN852UEM9M is a specific type of capacitor designed specifically for AC power applications, offering excellent performance in terms of its capacity and rated current. Its working principle is based on the concept of dielectric materials and the development of capacitance when an AC voltage is applied to its two conductive plates.

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