EEE-FC1E470AP Capacitors

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Aluminum electrolytic capacitors are a type of electrolytic capacitor that uses molecular layers of oxide-insulated aluminum to produce capacitance. The EEE-FC1E470AP, a radial type of aluminum electrolytic capacitor, is designed for applications requiring relatively large capacitance values. It is a polar capacitor, and its lead wires must be connected correctly in order for it to function properly and safely.

An aluminum electrolytic capacitor consists of two aluminum foil plates, which are separated by a dielectric that is made from a thin layer of oxide. The plates are attached to an anode layer of aluminum, and then rolled into a cylindrical shape with two lead wires attached. When a voltage is applied across the anode and cathode leads, the capacitor stores electrical energy and then releases it when the voltage is reduced.

The EEE-FC1E470AP has a rated voltage of 470V, a capacitance of 160µF, and a tolerance rating of ±20%. This capacitor is designed for operating temperatures ranging from -40°C to +105°C, and the sealed carrying case provides superior insulation from moisture and other liquids. The capacitor is also designed to be heat and vibration resistant, allowing it to be used in applications with high temperatures and heavy vibrations. This type of capacitor is also highly reliable, with an estimated life expectancy of over 6,000 hours.

The EEE-FC1E470AP is mainly used in large-scale power applications, such as motor drives, power supplies, and electric vehicles. These capacitors can also be used in other applications that require large amounts of energy storage and release, such as electro-mechanical actuators and spark gap protection circuits. The capacitor is not suitable for use in high-frequency applications, as the electrochemical process that occurs inside the capacitor is not fast enough to allow for this kind of operation.

At its core, the working principle of the EEE-FC1E470AP relies on the different ways in which electric charge behaves in an electrolytic solution. When a voltage is applied across the anode and cathode leads, electric charges flow from the anode to the cathode. The electric charges form an oxide layer between the two aluminum foil plates, creating an insulating barrier that stores the electric charges. The stored charge is then released when the applied voltage is reduced. This process allows for the capacitor to store and release electric energy, making it a powerful component in applications that require regular energy storage and release.

The EEE-FC1E470AP aluminum electrolytic capacitor is a reliable component that is designed primarily for large-scale applications. It is capable of retaining and releasing significant amounts of electric energy, making it useful in motor drives and power supplies. This type of capacitor is not suitable for high-frequency operations, however, as the electrochemical process that occurs inside the capacitor cannot support this type of operation.

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