E32D101HPN563MEE3M

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Aluminum electrolytic capacitors are electrical components with two electrodes separated by an electrolytic paper. It uses a thin oxide film on the anode as the dielectric material and can store the charge when the power is turned off. The device of an aluminum electrolytic capacitor consists of an aluminum foil with an oxide layer, a separator, and an electrolytic medium. An anode lead wire is soldered to the aluminum foil, and a cathode lead wire is connected to the electrolytic medium.

The E32D101HPN563MEE3M is a large-capacity aluminum electrolytic capacitor. The specifications of the capacitor are as follows: its rated capacitance is 100uF, its rated voltage is 25V, and its life expectancy is 2000 hours. The capacitance is calculated from the size of the oxide anode, which is 0.29μm thick. The rated voltage is determined by the quality of the oxide layer and the electrolytic medium. The voltage rating for the capacitor is usually based on the breakdown voltage of the oxide anode. The life expectancy is based on the endurance of the oxide layer at the rated voltage and the quality of the electrolytic medium.

The application fields of E32D101HPN563MEE3M include voltage regulation, power filtering, audio/video circuit interference suppression, automotive electrical equipment, etc. Generally, it is used for suppressing voltage spikes, timing, and helping improve the stability of a circuit. Its working principle is simple: when voltage is applied to the capacitor, a current flows through the device and charge accumulates on the anode side. When the voltage is removed, the accumulated charge remains and the capacitor acts as an electrical conductor, supplying current to the circuit.

In conclusion, the E32D101HPN563MEE3M aluminum electrolytic capacitor is a durable device used for voltage regulation, power filtering, and audio/video circuit interference suppression. It comprises an aluminum oxide layer, a separator, and an electrolyte medium, allowing charges to accumulate on the anode side and providing current when the voltage is removed. With its wide application field and simple working principle, the capacitor is a vital part in modern technology.

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