EKMG100ELL222MJ20S

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Aluminum electrolytic capacitors are passive components that store electrical energy, and the EKMG100ELL222MJ20S is one of their many varieties. Also known as ‘electrolytic’, these capacitors are mainly composed of an anode foil, separator, electrolyte, and cathode, which makes them very durable and reliable. But what is the application field and working principle of EKMG100ELL222MJ20S capacitors? Let\'s take a closer look

Application Field

EKMG100ELL222MJ20S capacitors find a wide range of applications in various industries, such as in medical equipment, LED lighting, and telecommunications. The capacitors can be used for power supplies and as decoupling capacitors to eliminate noise from switching power sources. Further, they are often used in switch mode power supplies, motor drives, control systems, and even as energy storage devices.

Working Principle

EKMG100ELL222MJ20S capacitors are a type of polarized aluminum electrolytic capacitors. They use an electrolyte and electrodes to store electrical energy in the form of an electric field between them and within the dielectric. The electrolyte usually consists of aluminum oxide, which acts as the dielectric and is held in place by a separator. The electrodes consist of an anode and cathode which are separated by the electrolyte. In order for the capacitor to work, an external voltage is applied to the electrodes, resulting in an electric current that causes the depletion of charge carriers in the electrolyte between the anode and cathode. The result is a potential difference across the anode and cathode, and this potential difference can store electrical energy. This stored energy can be used for various applications such as filtering, signal transmission, and energy storage.

In summary, EKMG100ELL222MJ20S capacitors are a type of aluminum electrolytic capacitors that use an electrolyte to store electrical energy. They have multiple applications across various industries and are often used for power supplies, switching power sources, and motor drives. They work by applying an external voltage to the electrodes and creating an electric field between them.

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