MLG0603P3N4CT000

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Introduction to Fixed Inductors

Fixed inductors (also known as reactors, chokes, or coils) are passive components used for storing energy in the form of electric fields (in case of air-core inductors) or magnetic fields (in case of iron or ferrite core inductors). They are used in various applications, either to filter or modify signals, or to act as an energy source for a DC circuit, or even to prevent electrical signals from radiating off their cables. The relatively simple construction of fixed inductors, and their low cost compared to other components, has made them popular in many aspects of electronics.

Application Field and Working Principle of MLG0603P3N4CT000

MLG0603P3N4CT000 is a type stainless steel shielded inductor provided by Multilayer Technologies. This inductor is a littler higher in performance than most of the general fixed inductors and is designed for application in high frequency DC-DC converter and power management applications. It is particularly suited for applications where high impedance and RF noise or EMI shielding is required. The MLG0603P3N4CT000 is made with a ferrite core, and has an inductance of 3. Microsoft data sheet claims that radiative emissions are reduced by up to 50dB (a factor of 100X lower than normal).

The MLG0603P3N4CT000 inductor is built with a ferrite core that uses a magnetic field to store energy. As current flows through the inductor, it creates a magnetic field around the inductor. This magnetic field stores energy, which prevents sudden changes in the current flowing through the inductor. This prevents the unwanted characteristics (called ringing) of AC voltages. It also acts as a high-frequency filter, allowing only certain frequencies of signals to pass through while blocking out others.

The stainless steel shield of the MLG0603P3N4CT000 inductor helps reduce radiative emissions by up to 50dB. This drastically reduces interference between the inductor and the external environment, creating a low-noise environment. The shield also serves as a heat sink, keeping the inductors temperature within specified limits. The stainless steel shield is also designed to be very durable and resist corrosion.

In applications where the MLG0603P3N4CT000 inductor is used as a filter, it will reduce conducted and radiative emissions from the inductor. The inductor also provides high-frequency filtering, allowing only certain frequencies of signals to pass through while blocking out others. This helps improve the quality of the signal and increase the efficiency of the circuit.

Conclusion

The MLG0603P3N4CT000 inductor is a high-quality device, designed to provide efficient signal filtering and exceptional EMI shielding. Its ferrite core and stainless steel shielding allow it to withstand high frequencies, while providing superior noise reduction and long-term durability. In addition, the inductor is simple to install and relatively low-cost, making it an attractive choice for many electronic applications.

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