380LQ102M100H022

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Aluminum electrolytic capacitors are devices which store electrical energy within a layer of insulating material between capacitors. The material used is typically a dielectric, such as paper, an oxide film or a plastic-like dielectric. The capacitors are designed to provide, typically, high capacitance values for low current applications. This type of capacitor is widely used in all types of electronics, from consumer electronics to industrial electronics.

The 380LQ102M100H022 aluminum electrolytic capacitor is a pole-type capacitor, meaning it has one end longer than the other. It belongs to the axial-type connectors family, which allows it to fit anywhere on printed circuit assemblies with its axial type design. The 380LQ102M100H022 is designed for low current applications and can be identified by the color codes on its labeling. The capacitance value is indicated by the two-digit code, 102, which, in the case of the 380LQ102M100H022, equates to 10nF (10 x 10 -9 F). The voltage handling is indicated by the three-digit code, 100, which, in the case of 380LQ102M100H022, equates to 100V.

The working principle behind the 380LQ102M100H022 aluminum electrolytic capacitor is pretty straightforward. In essence, it consists of two metal plates separated by an electrolyte, usually a liquid or a gel. The positive and negative electrode (plates) of the capacitor are typically made of metal foil with the oxide layer of the material, such as aluminum, serving as insulating dielectric between them. As current flows between the two electrodes, it creates an electric field which is responsible for the capacitance of the device. This is the same field which can be used to store electrical energy.

So, the 380LQ102M100H022 aluminum electrolytic capacitor is a versatile device which can be used in a variety of applications, such as power supplies, computers, televisions, and consumer electronics. It offers high capacitance values and is typically rated at 100V, meaning it can handle a wide range of voltage applications. The working principle behind the device is simple, with the electric field between the two electrodes being responsible for the device\'s capacitance.

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