E82D401VNN221MQ40T

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Aluminum Electrolytic Capacitors are often used for their small size and relatively low cost. From a chemical point of view, they are composed of two aluminum foils with an oxide layer as the dielectric layer and an electrolyte. Their capacitance values are comparatively large, typically ranging from one to tens of thousands of micro Farads. The voltage capacity of aluminum electrolytic capacitors is usually less than 630V.

The E82D401VNN221MQ40T is an aluminum electrolytic capacitor manufactured by leading capacitor manufacturer ETI Systems. It is an axial-leaded, non-polarized aluminum capacitor that employs a wet tantalum chip technology. Its characteristics include a capacitance value of 4.7uF, a voltage rating of 25V, a rated temperature of 70°C, and an insulated cover. The E82D401VNN221MQ40T is a reliable and affordable component for multiple applications, both in consumer electronics and industry.

The E82D401VNN221MQ40T application field covers various areas from consumer electronics devices and automotive assemblies to industrial electronic equipment. In consumer electronics, this capacitor is used in the manufacturing of electric fans and adapters, radios and television sets as well as in the switch box controller system of air conditioners. In automotive applications, the E82D401VNN221MQ40T is used as an air conditioner discharge capacitor, a wiper motor capacitor, a headlight relay capacitor and an airbag harness capacitor. In the industrial field, it can be used as a power bank capacitor, a UPS capacitor, a servo motor capacitor, and a start-and-run capacitor for generator sets.

The working principle of the E82D401VNN221MQ40T significantly affects its performance. It functions by storing electrical energy in the form of charge and releasing it when needed. The oxide layer between the aluminum foils serves as the dielectric material, which is an insulator while it accumulates electrical charge. When sufficient voltage is applied to the capacitor, it starts to charge and electrical potential begins to increase until the maximum voltage for this component is reached. The capacitor then stops charging until the voltage is reduced, then the cycle can start over again.

The E82D401VNN221MQ40T is an excellent choice for many applications because of the advantages it offers. It is not only cost-effective but also has a wide range of applications. Additionally, its relatively high capacitance value and excellent stability make it a reliable and dependable capacitor. As such, the E82D401VNN221MQ40T is an excellent choice for both consumer and industrial applications.

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