MGA06181R5M-10

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Fixed Inductors are coil-shaped conductive structures used to provide electrical signal filtering capabilities in a variety of electronic circuitry. The MGA06181R5M-10 Inductors provide improved accuracy and efficiency for a wide range of applications. In this article, we\'ll discuss the features, applications, and working principles behind the MGA06181R5M-10 Inductor.

Features of MGA06181R5M-10 Inductor

The MGA06181R5M-10 fixed inductor is a miniaturized, MGA type ferrite core-based, ferri-magnetic inductor. It offers superior stability and accuracy compared to traditional ferrite bead core types. This ferrite core-based inductor has a high rated current of 1.5A, high Q (Qmin: 11.65) with low DCR (100mΩ max). It has a capacity of 3.3µH (microhenry) and can operate up to an operating frequency of 200 MHz. The inductor also features a temperature coefficient of 0.5%, high energy storage, high self-resonant frequency, and temperature stability. Additionally, the inductor features a variety of available leads for solder mounting and is UL approved.

Applications of MGA06181R5M-10 Inductor

The MGA06181R5M-10 Inductor is perfect for applications that require operation in high temperature environments or for systems that require high speed, low-loss performance. It is an ideal solution for applications in data transmission and digital audio equipment. Possible applications include wideband amplifiers, high-frequency, wideband RF applications, pulse transformers, industrial pulse power control, medical instrumentation, test equipment, and filter circuits.

Working Principle of MGA06181R5M-10 Inductor

The MGA06181R5M-10 Inductor utilizes the unique characteristics of a ferrite core to filter electrical signals. The ferrite core is composed of a two-phase matrix of oxidized ferric oxide particles. This results in a medium with a unique magnetic and electrical properties. These properties allow impedance to signals passing through the core, leading to a reduction in the amplitude of the signal as it passes through the core. This is referred to as inductive filtering, and it is the fundamental principle behind the functionality of a fixed inductor. The MGA06181R5M-10 Inductor is able to provide increased accuracy and efficiency in these inductive filtering applications, offering improved stability and reliability over conventional ferrite bead core type inductors.

Conclusion

The MGA06181R5M-10 Fixed Inductor is a uniquely designed inductor that can provide improved accuracy and stability for a wide range of applications. Its unique ferrite core construction allows it to operate in high temperature environments and provide superior filtering of electrical signals. It is an ideal solution for wideband RF applications, pulse transformers, industrial pulse power control, medical instrumentation, test equipment, and filter circuits. With its high rated current, high Q, low DCR and temperature coefficient, and wide availability of leads for solder mounting, the MGA06181R5M-10 Inductor is an excellent option for any application requiring an improved inductive filtering solution.

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