35YXG220MEFC8X11.5

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Aluminum Electrolytic Capacitors

An aluminum electrolytic capacitor is a type of capacitor which uses an aluminum foil with an oxidized (anodized) surface as one of its electrodes, the other being an electrolyte of an ionic conductive substance. This type of capacitor has very good performance due to its high volumetric capacitance and high breakdown voltage. They are usually used in radio frequency or power circuits.

The 35YXG220MEFC8X11.5 aluminum electrolytic capacitor is a capacitor with a capacitance of 220 µF and a voltage rating of 8 V. It is suitable for applications such as filtering and energy storage, for instance, in power supplies, or for setting time-constants in low-frequency circuits.

Application Fields and Working Principle

The 35YXG220MEFC8X11.5 aluminum electrolytic capacitor is mainly used in filtering, energy storage, and timing circuits. In filtering circuits, they are mostly used for blocking direct current while allowing high frequencies to pass, thus, helping reduce noise and providing clean power. In energy storage circuits, they are used to store energy and release it back into the circuit when needed. Finally, in timing circuits, the capacitor helps delay the time it takes for a voltage or current to rise or fall in a circuit. This is accomplished through its ability to absorb electrical energy, store it, and then release it when the voltage across its terminals change.

The working principle of the 35YXG220MEFC8X11.5 aluminum electrolytic capacitor is that an oxide layer is formed on the aluminum foil of one of the electrodes by an electrochemical process, forming an insulating barrier. This prevents electrical current from flowing through the capacitor, allowing it to store an electrostatic charge which can then be released when the voltage across its terminals changes.

The 35YXG220MEFC8X11.5 aluminum electrolytic capacitor has a wide range of applications, from being used in energy storage, filtering, and timing circuits, to being used in radio frequency and power circuits. Its working principle is based on its ability to form an insulating barrier between two electrodes, allowing it to store an electrostatic charge and release it back into the circuit when needed.

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