E92F421VND102MA80T

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The E92F421VND102MA80T is an example of Aluminum Electrolytic Capacitors, an important component in many electrical circuits. This type of capacitor is designed to store electrical potential energy. The capacitance of this component is controlled by a pair of opposite metal plates that are separated by a solid dielectric material. The electrolyte in between the two plates provides a path for the flow of electrons, giving the capacitor its name. The E92F421VND102MA80T has a capacitance of 4.21 µF (9 µF in the negative direction).

The principal application fields for the E92F421VND102MA80T are to provide energy storage in time-critical circuits. This component can be used in both AC and DC circuits and can operate up to a temperature of 85°C. The operating frequency of the capacitor typically ranges between 100kHz to 1MHz. The E92F421VND102MA80T is considered a consumer-grade aluminum electrolytic capacitor and is usually used in the consumer electronics and industrial sectors. Due to its consumer-grade application field, E92F421VND102MA80T would not be suitable for higher performance circuits.

The working principle of the E92F421VND102MA80T aluminum electrolytic capacitor is based on the interaction between two metal plates separated by a dielectric material. When a voltage is applied to the capacitor, the electrons from the negative plate are attracted to the positive plate, leading to the accumulation of electrical charge in the capacitor. The dielectric material in between the two plates acts as an insulator, so that the electrons cannot cross the boundary and the charge builds up. The greater the capacity of the capacitor, the more charge it can hold, and the larger the voltage can be applied. The capacity of the E92F421VND102MA80T is usually measured in micro Farads (µF).

In conclusion, the E92F421VND102MA80T aluminum electrolytic capacitor is an important component in many electrical circuits. Its application field includes both AC and DC circuits. Its working principle is based on the interaction between two metal plates separated by a dielectric material, allowing the capacitor to store electrical potential energy. It is usually used in the consumer electronics and industrial sectors, and has a capacitance of 4.21 µF.

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