382LX822M100N052

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Aluminum electrolytic capacitors are one type of capacitor, and the 382LX822M100N052 is an example of such a device. These capacitors are comprised of two metal plates (electrodes) with an electrolyte between them. The electrolyte is typically an acidic solution, created from aluminum oxide, which acts as an insulator, and an electrolytic of salt and water that functions as the conducting medium.

The 382LX822M100N052 aluminum electrolytic capacitor has a wide range of applications. It is often used in applications such as low-noise filter circuits, DC power supplies or audio applications with its low-loss and heat resistant properties. This capacitor is ideal for high-frequency applications, as it is designed to withstand increased vibrations and temperatures, and has low internal impedance. It is also well-suited for use in high-temperature environments, and is able to withstand temperatures up to 105°C.

The working principle of the 382LX822M100N052 capacitor is relatively simple and straightforward. When current passes through the device, a voltage across the device develops, resulting in an electrical charge being formed on each of the plates. This charge, in turn, acts as a storage medium, creating the storage of electrical energy. If the voltage across the plates is equal to the voltage of the source, the capacitor will act as an open circuit and no additional energy will be stored or released. However, if the voltage across the plates is higher than the source voltage, then energy will be stored in the capacitor. Similarly, when the voltage across the plates is lower than the source voltage, energy will be released from the capacitor.

The 382LX822M100N052 capacitor is an ideal device for a variety of applications that require a reliable and efficient capacitor that can handle high frequencies and temperatures. The internal impedance of this device is extremely low, making it well suited for noise-sensitive applications. Furthermore, the device is able to withstand high temperatures up to 105°C, and its low-loss and heat-resistant properties make it an ideal choice for applications such as low-noise filter circuits, DC power supplies or audio applications.

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