381EL222M160A052

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Aluminum Electrolytic Capacitors are passive electronic components which store electric energy. They are constructed with two foil plates coated with aluminum oxide film deposited with a barrier layer of tantalum pentoxide on which the electrolyte is spread;Two electrical leads attached to the foil plates are forming an electrical circuit, creating a capacitor. The 381EL222M160A052 is one of the many models of Aluminum Electrolytic Capacitors and it has plenty of applications that make them invaluable in many electrical and electronic devices.

381EL222M160A052 Application Field

The 381EL222M160A052 Aluminum Electrolytic Capacitor is mainly applied in autosound systems, home appliances, frequency matched crossovers, graphic equalizers, switching power supplies, LED lighting systems, audio amplifiers, DC-DC converters and power factor correction. It features wide voltage range up to 160V, small size, light weight, high ripple current capabilities and long life. These qualities make them ideal for power circuits and especially for power line filtering applications.

381EL222M160A052 Working Principle

The working principle of an Aluminum Electrolytic Capacitor is simple yet highly efficient, storing energy in the form of an electric field. The principle of capacitance is based on the ability of two conducting plates with an insulator between to store electric charge. The electric current is passed between the two plates which enables them to build up a charge. With the right current, the capacitor can be fully charged with electric energy.

The 381EL222M160A052 Aluminum Electrolytic Capacitor is constructed with two aluminum and tantalum oxide foils (anode and cathode), separated by a porous hydrophobic polyolefin nylon which acts as dielectric. The total capacitance depends on how much charge the dielectric allows to flow between the two plates. The electric potential in the insulation affects the voltage ratings of the capacitor.

The 381EL222M160A052 is an electrically stable device that is constructed to deliver robust performance and long life duration. It features a unique construction design which ensures high levels of reliability during operation: a maximum operating temperature of 105°C, overvoltage protection, minimum rated dissipation factor and overall performance stability even in high temperature environments.

The 381EL222M160A052 is perfect for many circuit applications thanks to its reliability, low cost, easy installation and use, as well as its efficient electric power storage capacity.

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