ELC-08D560E

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Fixed inductors refer to electronic devices with magnetic cores and windings, also known as inductance coils, are classified into two categories: fixed inductors and variable inductors. The former is a kind of common electronic passive device consisting of metal wires wound around a magnetic core. The variable inductor is a type of variable resistance component, which can adjust the inductance by adjusting the effective magnetic field transmitted through the associated magnetic core. The ELC-08D560E is an exceptionally reliable non-inductive wire wound type fixed inductor used in a wide variety of applications.

Application Field of ELC-08D560E

ELC-08D560E fixed inductors are applied in computer motherboards, digital and audio-visual products, electronic transmission devices, memory devices, and various power switches. In addition, they are also used for automotive power, high-frequency communication equipment, and compact switching circuits.

The ELC-08D560E-type fixed inductor product has many advantages compared to other models on the market. It is equipped with high-temperature-resistant ceramic core, small dimensions, and low temperature coefficient. Furthermore, the ELC-08D560E is generally very reliable, and also has a good performance in high-current and high-frequency environments.

Working Principle of ELC-08D560E

ELC-08D560E fixed inductors operate on the principle of electrical induction. In electrical engineering, induction is the process in which an electric current is generated in a conductor due to a changing magnetic field. This is sometimes referred to as “electromagnetic induction”. This electro-magnetic induction causes a current to flow in the inductor, leading to the generation of a force field.

The winding of the inductor itself acts as the primary element in this process, and the current flow in the winding is stopped or delayed by the magnetic field generated by the laminates. This overall arrangement of the inductor ensures that the inductor can store energy by means of electrical induction. This stored energy can then be released when needed in a process called "resonance".

Moreover, when the inductor is placed in a planar arrangement, its assembly is arranged in a minimized space, making it particularly suitable for the construction of high-frequency circuitries. Furthermore, its usage does not involve a complicated structure or a complicated winding. Thus, the fixed inductor provides a great efficiency and long-term reliability in applications of numerous electronic components.

Conclusion

In conclusion, the ELC-08D560E is a well-known fixed inductor that offers many beneficial features such as high reliability, good performance in high-current and high-frequency environments, and compact size. Furthermore, the ELC-08D560E is used in a wide range of applications such as computer motherboards, digital and audio-visual products, electronic transmission devices, memory devices, automotive power, high-frequency communication equipment, and compact switching circuits. Finally, the working principle of ELC-08D560E is based on electrical induction, and it enables the inductor to store energy through the magnetic field generated by laminates.

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