MLG0402P1N3ST000

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Inductors are devices that store energy in a magnetic field, and fixed inductors are types of inductors with a static flux and are a fundamental component in many electronic systems. The MLG0402P1N3ST000 is one type of fixed inductor that has numerous applications and various capabilities due to its impressive design. For those in the electronics industry, it is important to be aware of the various capabilities and applications of this inductor in order to make the best decisions to efficiently and accurately implement them in their projects.

Design Features of the MLG0402P1N3ST000

The MLG0402P1N3ST000 is a fixed inductor has been designed for general use, and it can be ordered in many tolerance levels depending on the desired specifications of the application. It is a multi-layer ceramic inductor, which means it is capable of handling high frequencies. It also has two pins, which allow it to fit into many tight-space applications.

The MLG0402P1N3ST000 is small in size, measuring less than 2mm in diameter, but it is also quite powerful. A high inductance value is one of its standout features, and its rated inductance range is between 7.5nH and 10.0nH. Considering its size, this is quite impressive. It also has a maximum rated current of 850mA with a low DCR of 0.53-0.86 Ohms. The inductor also has a high self-resonant frequency of 8.0GHz, enabling it to be used in higher frequency applications.

Applications of the MLG0402P1N3ST000

The MLG0402P1N3ST000 fixed inductor is a versatile device that can be used in many different applications. Its design offers features that make it suitable for high frequency applications, which makes it ideal for telecommunications, amplifier circuits, baseband systems, and many other RF applications.

Due to its small size, it is also well-suited for small, portable electronics, including smartphones, medical devices, and other similar applications. It can also be used for impedance matching circuits, which are often used in radio transmission systems or for antenna tuning. The high inductance value and low DCR makes it suitable for high current outputs.

Working Principle of the MLG0402P1N3ST000

The MLG0402P1N3ST000 fixed inductor relies on Faraday’s Law of Electromagnetic Induction to operate. This law states that when a magnetic field variation occurs in a circuit, an induced electric field is created. This is the basic principle behind the inductor. The MLG0402P1N3ST000 uses this principle by passing a current through a wire wound around a ferromagnetic core, which creates a magnetic field. This magnetic field is then used to create an induced current in the circuit, creating an inductance.

The MLG0402P1N3ST000 also features a multi-layer ceramic construction, which increases its ability to handle higher frequencies. The inductor’s core is made of a ferromagnetic material, which increases the magnetic field and therefore the induced current. This is why the MLG0402P1N3ST000 is capable of handling higher frequencies, as the conventional single-layer inductors often have lower frequency limits.

Conclusion

The MLG0402P1N3ST000 is a high-performing, fixed inductor that is a great addition to many electronic systems due to its impressive design features. Its small size makes it well-suited for small, portable applications, and its ability to handle high frequencies makes it ideal for a variety of RF applications. Its two-pin design also makes it a great choice for tight-space applications. Finally, its high inductance value and low DCR makes it suitable for high-current applications.

All in all, the MLG0402P1N3ST000 is an impressive fixed inductor that can be used in many applications due to its various features alone.

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