EET-ED2G181DA

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Aluminum electrolytic capacitors are one of the most widely used components in modern electronic circuits. EET-ED2G181DA is an application field and working principle of aluminum electrolytic capacitors. It is designed for use in applications such as audio, video, photographic, and other automatic instrumentation equipment.

The EET-ED2G181DA is a motor run capacitor with a capacity of 1.7 µF ± 20 %. In order to ensure that the capacitor can operate at low noise and high reliability, the quality of the capacitor has been improved through its design using optimized materials (e.g., low-loss base materials, lead-free electrodes).Equipped with an external protection circuit, it can prevent the capacitor from high voltage, over current and short circuit, it also ensures the capacitor can stand with heavyload and vibration.

The principle of EET-ED2G181DA operation is based on its aluminum electrolytic construction.In a basic construction of a capacitor, two electrodes (an anode and a cathode) are separated by dielectric material. Between the anode and the cathode, an electrolyte solution is introduced, forming a current path along the electrolyte for electricity to flow. This type of capacitor is also known as an electrolytic capacitor. The electrodes are connected to the electrical circuit, and the anode is charged positively with respect to the cathode. Positive charge is attracted to the negative electrode, creating a voltage differential between the two electrodes which is stored in the dielectric.

The EET-ED2G181DA capacitor is most commonly used in general purpose application such as motor run, signal and low-frequency filter. It offers many advantages over traditional capacitors such as higher capacitance ratings, higher operating temperature ratings, longer life expectancy, and improved reliability.

In conclusion, EET-ED2G181DA is an application field and working principle of Aluminum electrolytic capacitors, it is designed for use in applications such as audio, video, photographic, and other automatic instrumentation equipment, it can operate at low noise and high reliability, and can prevent the capacitor from high voltage, over current and short circuit. It offers many advantages over traditional capacitors and is commonly used in general purpose applications.

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