B43501F2108M007

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Aluminum electrolytic capacitors are widely used due to their relatively large capacitance, low equivalent series resistance, low price, and simple structure. One type of aluminum electrolytic capacitor is the B43501F2108M007. This capacitor is a non-solid type type whose physically distinct layers consist of an anode and two cathodes. It is characterized by its long life, large capacitance, and reliable performance.

The typical application field of B43501F2108M007 capacitors is in power supplies, filters, and active components, as they are used for energy storage. Additionally, they are also used in supply circuits for audio and video equipment, instrumentations, and televisions.

The working principle of the B43501F2108M007 is based on Faraday’s Law of induction, which says that a changing magnetic field induces an electric field. The electrodes of the B43501F2108M007 are separated by an anode and two cathodes. When an AC voltage is applied across the capacitor, the electric field generated by the current between the two electrodes induces charges on the anode and two cathodes. This induces a magnetic field, which in turn induces more electric fields to create a current, and thus an electric charge between the capacitor’s electrodes.

The charges that accumulate on the capacitor’s electrodes create a capacitance between them, thus charging the capacitor. When the capacitor is placed in a circuit, the electric current is able to flow and be stored in it. The capacitance of the B43501F2108M007 is distributed equally between the anode and two cathodes, resulting in a large, balanced capacitance. Additionally, the capacitor features a longer life than standard aluminum electrolytic capacitors due to its improved anode-cathode design.

Overall, the B43501F2108M007 is an aluminum electrolytic capacitor designed for use in power supplies, filters, and active components. It offers high capacitance and reliable performance in critical applications, and is distinguished by its long life and balanced capacitance distribution. It is a great choice for any application where a large and reliable capacitor is needed.

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