EKZE500ELL151MJC5S

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are one of the most widely used components in the electronics industry. They are used for a variety of purposes and offer many benefits. This article will provide an overview of the EKZE500ELL151MJC5S aluminum electrolytic capacitor and its application field, as well as a closer look at its working principle. After reading this article, it is hoped that readers will gain a better understanding of this type of capacitor.

Types of Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are divided into several types: radial leaded aluminum electrolytic capacitor, axial leaded aluminum electrolytic capacitor and snap-in aluminum electrolytic capacitors. The snap-in types provide a more secure mounting and are best suited for applications that require vibration resistance. The radial leaded type offers a lower cost solution for non-vibration applications.

EKZE500ELL151MJC5S Capacitor

The EKZE500ELL151MJC5S aluminum electrolytic capacitor is a snap-in type with a diameter of 40 mm, a height of 42 mm and a capacitance of 500 μF. It has a temperature range of -40 to +105°C and a rated voltage of 500 VAC. Additionally, its tolerance is ±20%, leakage current is 3uA max, load life is 5000 hours at 105°C and self-healing characteristic is superior. The EKZE500ELL151MJC5S aluminum electrolytic capacitor is suitable for a wide variety of applications including power supplies, computers, communication devices, household electronics, telecommunication equipment and other electronic devices.

Application Fields

Due to its superior voltage handling capability and robust construction, aluminum electrolytic capacitors are widely used in many industries, including automotive, audio and video equipment, power supplies and telecommunications. In particular, the EKZE500ELL151MJC5S is popular for use in automotive power supplies, audio applications, and computer power supplies due to its high reliability, excellent temperature characteristics and superior self-healing properties. Additionally, it is often used in applications that require high ripple current capabilities, such as DC-DC converters.

Working Principle

The EKZE500ELL151MJC5S aluminum electrolytic capacitor is an electrical component comprised of two aluminum plates, one positively charged and one negatively charged. The plates are separated by an electrolyte, which is an ionic conductive material. The electric field between the plates draws the electrolyte molecules to the positive plate, resulting in the formation of a thin but still conductive dielectric layer between the two plates. This layer acts as a very efficient barrier to the flow of charge and gives the component its ability to store energy.

The size of the electric field between the plates is determined by the applied voltage, and this creates an electric field across the dielectric layer. This electric field causes electric dipoles to form and align themselves in such a way that they oppose the electric field, creating an electric potential. This electric potential leads to a decrease in the ability of the dielectric material to allow a current to flow through it, thus, resulting in the capacitor\'s capacitance.

The EKZE500ELL151MJC5S aluminum electrolytic capacitor works in similar principle to other electrolytic capacitors, but it has greater reliability and temperature characteristics due to the use of higher tolerance parts. The higher voltage handling capability also makes it suitable for applications that require long-term stable performance. Additionally, the capacitor\'s superior self-healing properties allow it to recover from any transient or steady-state over-voltages or over-currents to which it may be exposed.

Conclusion

The EKZE500ELL151MJC5S aluminum electrolytic capacitor is one of the most popular capacitors in the electronics industry due to its superior voltage handling capability and robust construction. It is commonly used for applications that require high ripple current capabilities, and its self-healing properties make it suitable for long-term stable performance. This article has provided an overview of this type of capacitor, as well as a closer look at its application field and working principle.

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