EKYB160ELL822MMN3S

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Aluminum Electrolytic Capacitors are electronic components used in electronic circuits to store energy and provide additional current paths when required. The EKYB160ELL822MMN3S is a type of Aluminum Electrolytic Capacitor, used to store electrical energy, filter ac current and also as a decoupling capacitor in power supply circuits. It has a maximum working voltage of 160 volts, a maximum capacitance of 22,000 microfarads and is a non polar electrolytic capacitor.

The working principle of the EKYB160ELL822MMN3S is based on the phenomena of electrolysis. Inside the capacitor is an anode made of semi-porous aluminum foil coated with a thin oxide film, with a thin separator paper and polarized electrolyte in between. This electrolyte contains ions, which store electrical charge at a given voltage. A cathode plate is also present, which is insulated from the anode. When electrical current flows through the capacitor, ions are attracted to the anode and accumulate at the oxide film, which becomes more conductive. This conductive oxide layer stores the charge and acts as an insulator, allowing the capacitor to hold a charge even after the current supply is removed.

The EKYB160ELL822MMN3S has a variety of applications in the electrical engineering field. It can be used to improve filter performance for power supply circuits, such as those used in PCs. It can act as a decoupling capacitor, to reduce any noise or fluctuations in an audio system. It can also be used to reduce high frequency voltage transients in a system, and help improve the overall power quality. Additionally, it can also be used as a storage device, to provide energy when needed. It is especially useful for applications with high energy densities, such as in battery chargers.

In summary, the EKYB160ELL822MMN3S is a type of Aluminum Electrolytic Capacitor, used to store electrical energy, filter ac current, act as a decoupling capacitor, reduce voltage transients and improve overall power quality. Its working principle is based on the phenomena of electrolysis, in which a thin oxide film on the anode stores electrical charge, while an insulated cathode serves to attract ions and further allow the capacitor to hold a charge. It has a variety of applications, including providing electrical energy storage, improving filter performance and reducing voltage transients.

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