EKYB800ELL681MK40S

Aluminum electrolytic capacitors are widely used in various kinds of electric and electronic equipment where energy storage and electrical energy conversion occur. In particular, they are extensively used in switching power supplies, home/industrial/automotive electronics, as well as a variety of other systems that require critical supply voltage stability. The EKYB800ELL681MK40S is a radial-lead aluminum electrolytic capacitor with a working voltage of 16V, maximum leakage current of 0.5uA, and stability class A.

An essential part of any capacitor is its dielectric layer, which is usually made up of a metal oxide film or an oxide-coated anode. In aluminum electrolytic capacitors, this dielectric is composed of an oxide film formed on the anode from the electrolyte through an anodizing process. This anodizing process makes it possible to create a strong, tenacious oxide layer with a thickness of just a few nanometers, giving the EKYB800ELL681MK40S the ability to support a working voltage of up to 16V.

The working mechanism of the EKYB800ELL681MK40S is quite simple and straightforward. When a voltage is applied to the leads of the capacitor, current will flow through the electrolyte, forming an electric field between the anode and cathode. This electric field creates an energy storage effect which can be used to store electrical energy in the capacitor. This stored energy is then released whenever the capacitor is discharged.

The EKYB800ELL681MK40S has a wide range of applications, with its main usage being in electronic and electrical circuits. This capacitor is often used in power supplies, power conditioners, and surge protectors, as well as for audio and video applications. It is also used in industrial and automotive electronic systems, as well as for general purpose energy storage and conversion.

In general, the EKYB800ELL681MK40S is used in a wide range of applications and remains an important component of the modern electronics industry. This aluminum electrolytic capacitor offers good performance characteristics and reliability, making it an ideal solution for many different types of electrical and electronic systems.