400AX15MEFC8X20

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Aluminum Electrolytic Capacitors

The 400AX15MEFC8X20 aluminum electrolytic capacitor is part of a type of capacitor that uses a thin layer of aluminum oxide to achieve its capacitance. It is available in both standard and custom designed varieties and is an ideal choice for a variety of applications.

Application Field

Aluminum electrolytic capacitor specifically the 400AX15MEFC8X20 are commonly used in numerous applications, ranging from automotive and medical equipment to consumer electronics and audio applications. The capacitor is well suited for use in power supplies, monitoring, and lighting equipment and provides superior performance in high current and voltage applications. Additionally, they are often used in telecommunications and pulse power systems due to their long life and extended temperature range capabilities.

High reliability, power efficiency, and superior service life make the 400AX15MEFC8X20 aluminum electrolytic capacitor a great choice for high temperature and space constrained applications. Its miniaturization capabilities make it suitable for use in smaller installations such as those found in smart phone batteries, small computer motherboards, and a variety of compact electronic systems.

Working Principle

At its most basic level, an aluminum electrolytic capacitor works by utilizing the principles of capacitance, a measure of the ability of a material to store an electric charge. This storage of charge is achieved through the application of a voltage across the two layers of a capacitor, which will attract particles of opposite charge. The 400AX15MEFC8X20 capacitor is composed of two Aluminum oxide layers between two aluminum plates separated by an electrolyte solution.

When a voltage is applied, an electric field is created across the two plates. This electric field serves to attract opposite charges as electrons are drawn to the positive plate and away from the negative plate. The electric field increases as the charge on the capacitor plates increases. As more charge is applied, the capacitor reaches its maximum capacitance and the additional charge is repelled.

At the same time, the electrolyte solution present between the two plates provides a protective buffer from potentially damaging current. This robust construction allows for the capacitor to withstand higher voltages and experience a lifespan far beyond what traditional capacitors can achieve.

Conclusion

The 400AX15MEFC8X20 aluminum electrolytic capacitor is an excellent choice for a variety of applications, ranging from automotive and medical to consumer electronics. Its high reliability and extended service life make it a great choice for most types of electronic systems. The working principle behind its construction is relatively simple but highly effective; coulombs of opposite charge are attracted to the plates which results in the storage of an electric charge and achieves the capacitance needed. Overall, the 400AX15MEFC8X20 is an effective and reliable solution for many types of electronic systems and should be seriously considered in any application requiring an excellent quality capacitor.

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