KXG400VB101M18X31LL

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Aluminum Electrolytic Capacitors have been widely used in consumer and industrial electronics for over fifty years and are the mainstay of energy storage. KXG400VB101M18X31LL are a type of aluminum electrolytic capacitor that provide solutions to many power supply and noise related problems. This article will discuss their application field and working principle.

Application Field

KXG400VB101M18X31LL are designed to deliver reliable power in applications such as LED lighting, power supplies, automotive systems, motor drives, consumer electronics, and industrial equipment. They have a high operating temperature range and can tolerate high inrush currents, making them well suited for power management and energy storage. They also feature low equivalent series resistance (ESR) which minimizes losses and makes them suitable for high frequency applications. Additionally, their voltage rating is up to 100V and they can handle current up to 10.3 A.

Working Principle

KXG400VB101M18X31LL contain two electrodes, a positive and a negative, with an electrolyte in between. An electrical current enters the positive electrode, passes through the electrolyte, and then enters the negative electrode, splitting the electrolyte into its constituent ions. These ions form a thin, conductive layer that charges the capacitor and increases its electrical storage capacity. This stored energy can then be released in the form of a current.

The capacitor works because an electric field is created when a charge is applied to the positive plate. This electric field causes an opposite charge to collect on the negative plate, which opposes the applied voltage. As electrons flow from the positive to the negative plate in order to maintain balance, energy is stored in the form of this electric field. It is this stored energy that can be released back into the circuit when the electric field disperses.

Conclusion

KXG400VB101M18X31LL are a type of aluminum electrolytic capacitor specifically designed for applications that require reliable power delivery and noise reduction. Because of their high operating temperature range, low ESR, and ability to handle high inrush currents, they are an ideal choice for LED lighting, power supplies, motor drives, consumer electronics, and other industrial equipment. Their working principle is based on an electric field stored across the electrolyte, which can then be released to provide a current when necessary.

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