EKYB350ELL331MH20D

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Aluminum electrolytic capacitors are widely employed in various electrical applications. They offer better performance than other types of capacitors due to their high energy storage, low leakage current and high temperature stability. The EKYB350ELL331MH20D is an example of an aluminum electrolytic capacitor suitable for high-temperature applications.

Application Field

The EKYB350ELL331MH20D aluminum electrolytic capacitor is designed for high-temperature applications resembling automotive environments. It is rated for operation in temperatures up to 85°C. Additionally, the capacitor has self-healing capabilities and can automatically repair any internal shorts. This makes it suitable for applications that require reliable performance over a wide temperature range and in harsh conditions.

Working Principle

The EKYB350ELL331MH20D aluminum electrolytic capacitor is based on the same principles as other aluminum electrolytic capacitors. It consists of two metal plates that are separated by an insulating material known as a dielectric. When an electric current is applied to the capacitor, a voltage is developed across the plates, creating an electrical field. The electric field causes a current to flow between the two plates, resulting in charge storage.

The capacitor has a high energy storage capacity due to its high voltage and large surface area. This allows the capacitor to store large amounts of energy, which in turn makes it suitable for use in power applications such as power supplies, automotive control systems, DC-DC converters, and UPS systems.

In addition to its energy storage capabilities, the capacitor also has low leakage current and high temperature stability. Its low leakage current ensures that any stored energy is retained over time, while the high temperature stability allows it to operate reliably at high temperatures. These characteristics make the EKYB350ELL331MH20D aluminum electrolytic capacitor suitable for applications operating in harsh environments such as automotive and industrial applications.

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