B41580A5100M000

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Aluminum electrolytic capacitor, also known as “electrolytic capacitor”, it is a kind of capacitor, generally uses aluminium foil as anode material and uses the oxide film formed on its surface as a dielectric, and uses electrolyte solution as a cathode. B41580A5100M000 is one type of aluminum electrolytic capacitors.

B41580A5100M000 aluminum electrolytic capacitor is designed for general purpose applications, such as audio equipment, camera modules, communication equipment, motion control machines, etc. It features a Radial leaded, Non-solvent, Non-inductive and Non-polarized construction.

The working principle of B41580A5100M000 aluminum electrolytic capacitor is simple. The anode surface of the capacitor is covered with an oxide film, which acts as an insulator and prevents current from flowing through the capacitor. When a positive voltage is applied to the anode, electrons are pulled away from the anode and the oxide film breaks down, allowing current to flow through the capacitor. When the electric charge is removed, the oxide film is reformed, cutting off the flow of current. This cycling between allowing current to flow and preventing it from flowing is what allows the capacitor to store and release energy over and over again.

As for its performance, B41580A5100M000 aluminum electrolytic capacitor has several advantages, such as high energy storage, small size, low leakage current, low equivalent series resistance, good temperature stability and high reliability. Thanks to these features, it makes it a suitable device for many applications that require reliable operation in a wide temperature range.

In summary, B41580A5100M000 aluminum electrolytic capacitor has a lot of advantages, such as high energy storage, small size, low leakage current, low equivalent series resistance, good temperature stability and high reliability. It is suitable for general purpose applications, such as audio equipment, camera modules, communication equipment, etc. The working principle of this capacitor is simple: the oxide film on the anode surface of the capacitor is used as an insulator to prevent current from flowing through the capacitor, and when a positive voltage is applied, the oxide film breaks down, allowing current to flow. Thus, it can store and release energy over and over again.

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