AVGA476M50X16T-F

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Aluminum electrolytic capacitors are polarized capacitors, which are characterized by large capacitance per unit volume and are widely used in electronic circuits. The AVGA476M50X16T-F is an example of this type of capacitor. The AVGA476M50X16T-F has a wide range of applications due to its various features.
The AVGA476M50X16T-F is a type of Aluminum electrolytic capacitor with non-solid electrolyte. It is known for its wide temperature range, which spans from −55 to +105°C, as well as for its reasonably good general electrical characteristics. The AVGA476M50X16T-F has a capacitance of 47µF±20% at a rated voltage of 16V and its rated ripple current is 2.4A. Additionally, its rated leakage current is 0.3CV or 3mA (whichever is greater).
The AVGA476M50X16T-F is suitable for a wide variety of applications. It finds uses in power supplies, DC-DC converters, switching circuits, and general purpose filter circuits. It is also used in automotive, home appliance, and many other electronic applications. Because of its wide temperature range, the AVGA476M50X16T-F is also suitable for use in harsh environments and is therefore often used for LED lighting, automotive, and industrial applications.
The AVGA476M50X16T-F’s working principle is similar to that of all aluminum electrolytic capacitors. It consists of a cylindrical aluminum shell, an electrolytic paper film sandwiched between two aluminum foils, and a liquid electrolyte contained inside the capacitor. The aluminum shell acts as an anode, and when a voltage is applied to the capacitor, an electric field is formed in the electrolytic paper film, creating a space charge between the two aluminum foils where electrical charges are stored. In addition, the electrolyte helps to increase the oxide film on the anode, which helps to increase the capacitance of the capacitor.
In conclusion, the AVGA476M50X16T-F is a type of aluminum electrolytic capacitor with non-solid electrolyte. Its wide temperature range, relatively good electrical characteristics, and suitability for harsh environments make it suitable for use in a wide variety of applications, from power supplies and DC-DC converters to LED lighting and automotive applications. Its working principle is similar to that of all aluminum electrolytic capacitors, with an aluminum shell acting as an anode and an electric field being formed by an electrolytic paper film and liquid electrolyte.

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