EEE-TG1V471UQ

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Aluminum Electrolytic Capacitors are a type of capacitor that uses the property of anodic aluminum oxide as the dielectric layer. The dielectric is formed by anodizing an aluminum foil, which is then spiral wound together with a non-conducting separator together with an electrolyte. The overall effect is a much higher capacitance in a small size when compared to a standard film capacitor.

Placing an electric field across the oxide layer will cause electrical charge to polarize the dielectric layer producing a local electric field, thus creating the local capacitance. Aluminum electrolytic capacitors have a wide range of applications, from radio frequency filtering, laboratory testing, and communications, just to name a few. The advantage of this type of capacitor is its ability to store a relatively high amount of energy in a small package.

The EEE-TG1V471UQ is an example of an aluminum electrolytic capacitor, specifically designed for use in switching power supply circuits. This capacitor has a voltage rating of 470V and a capacitance of 47uF, with a series resistance of only 0.7ohms. This makes it ideal for use in applications where a high capacitance and low resistance are both needed. The capacitor is also rated for high temperature, which makes it suitable for operation in both industrial and commercial environments.

The working principle of the EEE-TG1V471UQ is similar to that of other aluminum electrolytic capacitors. Electric current flows from one electrode to the other, building up a charge on the aluminum foil separator and dielectric oxide layer. This charge builds up until it is equal to the applied voltage. When the applied voltage exceeds the capacitance rating of the capacitor, current begins to flow through it, making it an ideal choice for power supply circuits.

The EEE-TG1V471UQ is an ideal choice for applications that require high capacitance and low resistance. Its voltage rating makes it suitable for both industrial and commercial applications. Its high temperature rating allows it to be used in applications where extreme temperatures are often found. Its low series resistance helps to increase the efficiency of the power supply, while its small size makes it easy to install and maintain.

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