IMC1008ER8N2J

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Fixed Inductors are electronic components used to store energy in the form of a magnetic field. This energy is released when the inductor is connected to an electrical circuit. The IMC1008ER8N2J is a type of fixed inductor that is broadly used for both new design applications and commercially available products.

Application Field

The IMC1008ER8N2J fixed inductor has several common applications, such as power line filters, transformer cores, switching power supplies, switch mode power supplies, and high-frequency radio-frequency circuits. It is also suitable for use in power converters, motor driven applications, and audio applications, as well as for stabilizing energy in a wide variety of circuit designs. The inductor has a wide range of inductance values (from 1uH to 47uH) which can be used to cover nearly any inductance requirements in the most demanding applications. Additionally, the IMC1008ER8N2J inductor is designed with surface-mount technology for ease of use and reliability.

Working Principle

In an electrical circuit, the basic function of a fixed inductor is to oppose changes in current. It is constructed of a conducting coil, often called a winding, which encircles a core of ferromagnetic material. This magnetic field can also be used to generate voltage in an electric circuit. When an electric current passes through the inductor, the magnetic field created by the current is trapped and held in place by the inductor, forming a magnetic loop. This magnetic field induces an opposing voltage to oppose any attempts to change the current in the circuit. This allows inductors to act as energy storage devices, allowing AC circuits to maintain stable currents.

The IMC1008ER8N2J fixed inductor is designed with the Murata Manufacturing System (MMS) technology. This system uses a ferrite core with mixed-signal frequency control components for increased performance. Additionally, this inductor features high current carrying capacity, superior low-resistance, and superior temperature characteristics which lead to improved energy-related characteristics. Its tight tolerances and low profile makes it ideal for low profile applications. It also has an extended temperature range and low power consumption.

Conclusion

The IMC1008ER8N2J fixed inductor is a highly reliable and cost-effective component designed to meet the needs of modern integrated circuit designs. It has several important applications including power line filters, transformer cores, switching power supplies, and switch mode power supplies. Additionally, the inductor uses Murata Manufacturing System technology for improved performance. With its wide range of inductance values, superior low-resistance, and high current capabilities, it is an ideal choice for applications requiring energy storage devices. As a result, the IMC1008ER8N2J fixed inductor is a reliable and dependable choice for many modern circuit designs.

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