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Aluminum Electrolytic Capacitors

The 80USG3900MEFCSN30X35 capacitor is an aluminum electrolytic capacitor which means it consists of two aluminum plates separated by a porous material called an electrolyte. The electrolyte is usually made of an organic manganese salt and acts like an insulator to keep the plates from making contact. The electrolyte also provides the current path between the plates. The plates are each attached to a terminal for connection to the circuit.

Application Field

The 80USG3900MEFCSN30X35 capacitor is a highly reliable, long life capacitor typically used in power electronics circuits. It is suitable for applications like power supplies, rectifiers, vibration control equipment and motor controllers. It is especially useful for applications where long life and reliability are important such as in automobiles, power transmission networks and medical equipment.

Working Principle

The working principle of an aluminum electrolytic capacitor is based on its ability to store an electric charge. When an electric current flows through the capacitor, the aluminum plates charge up and become electrically polarized. These charged plates, separated by the insulating electrolyte, form a high capacity capacitance which is capable of storing a large amount of electric charge. The magnitude of the capacitance is determined by the amount of charge stored and the distance between the plates, both of which are adjustable. When the electric current is stopped, the capacitor discharges the charge gradually and continues to dissipate until it is fully discharged.

Conclusion

The 80USG3900MEFCSN30X35 capacitor is an aluminum electrolytic capacitor used in many electronic applications. It is a reliable and long-life capacitor capable of storing large amounts of electric charge. It is best suited for applications that require long life and reliability such as automotive, power transmission networks and medical equipment. The aluminum electrolytic capacitor is increasingly becoming an important component in many circuit designs.

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