EET-HC2V471EA

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Aluminum electrolytic capacitors can be found in many electronic appliances, and the EET-HC2V471EA model is no exception. This capacitor is widely used for its superior performance in providing high capacitance, excellent stability, and low ESR. In this article, we will be discussing the applications and working principles of the EET-HC2V471EA model.

EET-HC2V471EA Application Field

The EET-HC2V471EA is primarily used in power supply, frequency conversion, switching and resonance circuits, and is especially suitable for circuits that require high-capacitance and voltage output. It is also widely used as a filter capacitor in electronic circuits that require a long lifetime, such as computers, mobile phones, audio systems, and other electronic products. Additionally, the EET-HC2V471EA can be used in signal processing and power control circuits.

The EET-HC2V471EA has a wide temperature operating range from -55 to +105 degrees Celsius, as well as a high capacitance tolerance of up to 10%. This makes it a perfect choice for applications where reliability and performance are of the utmost importance.

EET-HC2V471EA Working Principle

An aluminum electrolytic capacitor is made up of two layers of aluminum foil, with an electrolyte material laid in between them. This electrolyte material is typically a solidified form of a salt solution. When a voltage is applied to the capacitor, the electrolyte forms an electrical double layer on the metal plates. This double layer creates an electrical field between the two plates, and this field is what stores the energy.

The EET-HC2V471EA utilizes a non-solid electrolyte to increase the capacitance and reduce the leakage current. This non-solid electrolyte is a gel-like substance, and it is enclosed in a cylinder-shaped package. This helps to reduce the total volume of the capacitor while maintaining its performance.

The EET-HC2V471EA uses a non-solid electrolyte because it can provide a higher capacitance than traditional electrolytic capacitors while still having a much lower leakage current. Additionally, the non-solid electrolyte allows for a much higher temperature rating, making it perfect for applications that may operate in high temperatures.

Conclusion

The EET-HC2V471EA is an aluminum electrolytic capacitor with a wide range of applications and superb performance. It is primarily designed for use in power supply, frequency conversion, switching and resonance circuits, due to its high capacitance and voltage output. Additionally, it is ideal for use in signal processing and power control circuits, due to its high temperature operating range and low ESR. Finally, its non-solid electrolyte provides high capacitance and low leakage current, making it perfect for applications that require reliability and performance.

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