HM66A-05206R8MLF13

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Fixed inductors are electrical components which are manufactured with one or more coils of insulated wire wound on a magnetic core. The core material may be magnetic metal, ceramic, ferrite, or powder material. The insulated wire is usually copper or aluminum, although other materials such as silver, carbon, and silicon wire are also used. The inductance value of a fixed inductor is determined by the number of turns of wire, the material used for the core, and the shape of the core.

HM66A-05206R8MLF13 is designed for high-speed broadband applications in power supplies, broadband networks and telecom switching systems. It is a fixed inductor that uses a ferrite core material and has a flat coil shape. The core material is filled with iron oxide particles which provide a strong magnetic field and ensure high performance for power applications. The flat coil shape enables the inductor to take up less space and offer better performance than a cylindrical coil.

The working principle of HM66A-05206R8MLF13 is the same as any fixed inductor. An electrical current is passed through the inductor\'s windings. The windings create a magnetic field in the core material, which increases the inductance of the device. The higher the inductance, the higher the impedance of the device. This increase in impedance results in a decrease in current. For power applications, the increase in inductance and impedance helps to block high-frequency noise and minimise interference.

This inductor is also designed for high-frequency applications, as its low ESR can handle high peak current surges while minimising losses at the same time. Other features include low DC resistance, low self- heating, and low parasitic parameters. The device is highly efficient and can significantly improve the overall performance of power supplies and broadband networks.

The HM66A-05206R8MLF13 is ideal for a variety of high-speed broadband applications, making it a great choice for power supplies, telecom switching systems, and broadband networks. Its ferrite core and flat coil shape provide high performance, while its low ESR and low DC resistance make it highly efficient and reduce interference.

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