383LX223M080B092VS

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Aluminum Electrolytic Capacitors are widely used in a diversified array of applications, ranging from petroleum to automotive and high-frequency switching to medical. A key component of any electrical system, these capacitors store electrical energy and can withstand harsh environment conditions. The aluminum electrolytic capacitor, in particular, model 383LX223M080B092VS, finds widespread usage in communications, home entertainment devices, and automotive gate.

383LX223M080B092VS uses aluminum as its capacitor element with a cylindrical capacitor body. The coating and physical structure of the aluminum electrolyte have a high capacity for storing energy. It\'s also capable of running a higher voltage than many other types of capacitors, providing more robust power delivery.

The capacitance of 383LX223M080B092VS aluminum electrolytic capacitor is 0.223 µF and is rated for a maximum rated DC voltage of about 6.3V. Its max ripple current is 1.52A @ 120Hz/105°C. A typical life of these capacitors at full rated ripple current is 6000hours at room temperature.

The working principle of 383LX223M080B092VS aluminum electrolytic capacitor is quite simple. The capacitor consists of two aluminum electrodes with a layer of electrolyte in between them. When an electric charge is applied to the capacitor, ions are attracted to the plates and form an electric field. This electric field stores energy and can be used to do work.

When the electric current is reversed, the ions lose their charge and return to the electrolyte. This reverses the direction of the electric field and the energy stored in the capacitor dissipates as heat. This kind of capacitor also has a certain amount of self-discharge, meaning that even if the power supply is disconnected, the capacitor will still be discharge its energy.

383LX223M080B092VS aluminum electrolytic capacitor is an ideal choice for telecommunications, audio equipment, and other applications that require a high amount of stable power. Its reliable design and long life make it a reliable choice for applications that cannot be interrupted. Moreover, it is comparatively lighter and requires less maintenance than other kinds of capacitors.

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