EEE-FK1K471AM Capacitors

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Aluminum electrolytic capacitors are the most common type of capacitor. They are usually constructed of tiny porous aluminum oxide grains with a dielectric layer in between them. A thin aluminum foil or electrodes are attached to each side of the dielectric layer. These capacitors are designed for operation at high frequencies and can have a very large capacitance for their size, but they have relatively poor frequency response. The capacitors generally have a cylindrical outer case and two terminals exposed on the top surface.

The EEE-FK1K471AM is a radial leaded aluminum electrolytic capacitor. It has a dielectric of liquid electrolyte and a case of black molded epoxy material. The capacitor is polarized, which means that there must be an adequate voltage applied to the anode electrode (marked with a ‘+’) for the capacitor to function properly. The EEE-FK1K471AM is designed for high frequency applications and has a capacitance of 47,000 μF.

The working principle of the EEE-FK1K471AM is based on basic principles of electricity. When a voltage is applied, negative charges (electrons) will repel each other, while positive charges (ions) will attract each other. This creates an electric field between the plates of the capacitor and acts like a magnet. The electric field will then cause electrons to move and accumulate on one of the plates, creating an excess of negative charges, while the other plate will acquire a deficiency of negative charges, creating a positive charge imbalance.

The stored electric energy within the capacitor is proportional to the capacitance and the voltage applied. High capacitance values allow for a greater amount of charge to accumulate and therefore a greater amount of energy can be stored. The EEE-FK1K471AM has a large capacitance of 47,000 μF, which makes it well suited for high voltage, high frequency applications such as motor drives and other power management applications.

The EEE-FK1K471AM aluminum electrolytic capacitor is highly reliable and is typically used in applications that require high voltage or high frequency, or both. It is a great choice for applications such as motor drives, power conversion, electrical power conditioning, telecommunications, and RF circuits. These capacitors can also be used in automotive and aerospace applications.

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