400YXA2R2M10X12.5

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Aluminum electrolytic capacitors are an important component in many technological systems and processes, frequently used for filtering, energy storage, and signal coupling. As one of the most widely available and affordable capacitors on the market, aluminum electrolytic capacitors can provide superior energy storage and signal control. The 400YXA2R2M10X12.5 aluminum electrolytic capacitor is part of a popular series of capacitors that brings both performance and value to these applications.

An aluminum electrolytic capacitor is composed of two facing conductive aluminum foils, with paper separators in between that act as a dielectric. Oxide layers are formed on the surfaces of the aluminum foils, and the capacitance value is set by the distance between them. The term \'electrolytic\' refers to the use of a liquid electrolyte solution that has been added to wet the interleaving paper layers. During the manufacturing process, the electrolyte is evaporated, leaving a wetting film that maintains a consistent capacitance value over time, even at high frequencies and temperatures.

The 400YXA2R2M10X12.5 capacitor is optimised for use in commercial and consumer electronics. This series offers a wide range of capacitance values, enabling it to be used for more specific purposes, such as signal coupling, energy storage, and power conditioning. As a whole, 400YXA2R2M10X12.5 capacitors offer excellent energy storage and signal control, making them ideal for AC and DC applications.

The 400YXA2R2M10X12.5 capacitors come in two different varieties: radial and axial designs. Both design types are efficient at filtering and energy storage, with the radial design featuring a widely-used cylindrical shape and the axial design coming in a longer, slim shape. These capacitors come with a ruggedized encasement, making them capable of withstanding an impressive amount of wear and tear.

In terms of working principle, 400YXA2R2M10X12.5 capacitors exhibit a simple behavior. Like other capacitors, these components store electrical energy in the form of an electric field. When current is passing through the plates, the electric field is created by a build-up of electrons, stored between the two plates. When the capacitor is disconnected, the electrons gradually flow back and the electric field collapses, releasing the stored energy. This process happens very quickly, giving aluminum electrolytic capacitors their fast response time.

The 400YXA2R2M10X12.5 aluminum electrolytic capacitor series is designed for a myriad of applications. These capacitors can perform anywhere from simple signal coupling to highly-specialized energy storage. Thanks to their wide range of capacitance values and their ruggedized shells, these capacitors can sustain high voltage and temperature extremes, allowing them to be used for even the most demanding applications.

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