MLG0402Q1N6BT000

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Fixed inductors encompass a wide range of inductors that are designed for various applications where protection, durability, and performance are important criteria. MLG0402Q1N6BT000 is a tantalum-nitride-oxide-silicon (TaNOS) anisotropic magnetically-coupled inductor from Murata that is designed for mobile and computing applications. In this article, we will discuss the application fields and working principles of MLG0402Q1N6BT000.

Application Fields of MLG0402Q1N6BT000

Murata MLG0402Q1N6BT000 fixed inductors are designed primarily for use in mobile and computing applications. Specifically, they are used in circuits where high-frequency and high-current operation is required. These high-frequency applications commonly include RF and digital signal processing (DSP) circuits, power management circuits, and display driver circuits.

The robustness of Murata’s anisotropic microwire-bonded magnetically-coupled inductors enables them to be used in harsh automotive environments where shock and vibration levels are demanding. Furthermore, Murata’s MLG0402Q1N6BT000 inductor is AEC-Q200 qualified and therefore can be used in automotive applications where component reliability and dependability are essential.

Working Principle of MLG0402Q1N6BT000

Like all inductors, the MLG0402Q1N6BT000 works by storing energy in the form of a magnetic field and converting it into a steady current. In a fixed inductor, the magnetic field is produced by current flowing through the coils of the inductor. This current sets up a magnetic field around the inductor which, in turn, induces a voltage in the inductor’s coils. This induced voltage can be used to drive a load.

The MLG0402Q1N6BT000 is a magnetically-coupled inductor, meaning that it is constructed with two coils wound against each other. As current flows through one coil, it creates a magnetic field which induces a voltage in the opposite coil. This arrangement greatly increases the inductor’s efficiency and allows the inductor to store more energy in a smaller package.

Murata’s MLG0402Q1N6BT000 inductor is constructed using a tantalum-nitride-oxide-silicon (TaNOS) substrate. This special substrate provides superior heat dissipation and increases the inductor’s frequency response and current handling capabilities, allowing it to support a wide range of high-current applications.

Conclusion

Murata’s MLG0402Q1N6BT000 fixed inductor is an ideal solution for high-current, high-frequency applications such as RF, DSP, and automotive electronics. Its compact size and robust construction make it suitable for a wide range of applications. The high-performance anisotropic microwire-bonded magnetically-coupled inductor also ensures reliable and dependable operation.

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