ELC-06D271E

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Fixed inductors are largely used to support electrical components, such as ELC-06D271E, which is a radial leaded inductor. Its application field and working principle can be studied in this article.

Introduction

ELC-06D271E, a radial leaded inductor, is part of the family of Fixed Inductors, which are especially designed for consumer electronics applications, such as televisions and monitors. These inductors are used for applications like power supply and switching power supplies. They feature very good performance and reliable operation.

Application

The ELC-06D271E is particularly suited for use in medium power, medium speed applications. It is a very compact component, with a small footprint and low profile height, making it highly versatile and suitable for applications in which space saving is important. These features make it an ideal component for a range of industries, such as consumer electronics, automotive, and industrial automation.

The ELC-06D271E is designed to be used in applications which require a steady and reliable flow of electricity, such as power supplies, switching power supplies, DC/DC converters, DC/DC boost converters, andother high current/high frequency applications. These applications require an accurate inductance value in order to maintain the efficiency of the device. The ELC-06D271E has a maximum rated inductance of 2.7mH, with tolerances of ±10%, providing designers with a reliable source for their applications.

Working Principle

An inductor is a passive electronic component which stores energy and then delivers it when needed. The inductor that ELC-06D271E uses is an iron core, air core, or ferrite core device. The inductance of the core is determined by the number of turns of the coil, its type, and the core material. All of these characteristics must be taken into account in order to determine the best inductor type for a specific application.

The ELC-06D271E uses a ferrite core inductor, which is comprised of a magnetic core surrounded by a coil of wire. The number of turns of the wire changes the inductance of the inductor. As the number of turns increases, the inductance of the inductor increases as well.

When current passes through an inductor, a magnetic field is formed, which opposes the current. This magnetic field acts as an inductor, storing energy. When the current is turned off, the inductor releases the energy, which is then used to power other components. This process is known as inductance, and it is how the ELC-06D271E inductor provides power in the application in which it is used.

Advantages

The ELC-06D271E has several advantages which make it well suited for its applications. These advantages include:

• Its rated inductance of 2.7mH, which is within the industry standard.
• Its small footprint and low height.
• Its excellent performance in a wide range of applications.
• Its tolerance of ±10%, which ensures high reliability in the operation.

Conclusion

The ELC-06D271E is a fixed inductor which is highly versatile and suitable for a range of industries and applications. Its use of a ferrite core inductor and its wide range of characteristics, such as its rated inductance and tolerance, make it an ideal component for its application field. Additionally, its small size and excellent performance make it a highly reliable source of power for its applications.

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