MLG0402P2N6BT000

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Fixed inductors are common electronics components used for a variety of applications, so much so that it becomes almost impossible to list them all. One of the more popular components is the MLG0402P2N6BT000. Let\'s take a look at the application field and working principle of this component and how it applies to its use in designs.

Application Field

The MLG0402P2N6BT000 is often found in automotive, medical, industrial, and communications devices. This is due to its wide band of frequency operation, which is between 0.1 MHz and 1.5 GHz. This component is also known to be an efficient and reliable component for suppressing high frequency circuits. In addition, it has both excellent temperature and humidity stability. Finally, this product contains superior electromagnetic fields and offers resistance against dust, oil, water, moisture, and other contaminants.

Working Principle

The MLG0402P2N6BT000 is a fixed inductor, which basically means that it has a coil of wire with a non-variable resistance. This leads to a higher current passing through the inductor, and thus a higher voltage output. The increased current also causes an increase in the magnetic flux, which means a higher range of frequencies can be achieved.

The inductor works by increasing the current flow that is traveling between the two terminals. Each time current increases, the magnetic flux within the inductor also increases. When the flux reaches a certain level, the inductor can be said to be "saturated". The current is then reduced to a lower more steady level. This reduction in current and magnetic flux is what creates the lower level of voltage for the inductor.

Conclusion

The MLG0402P2N6BT000 is one of the most popular fixed inductors used in various applications. Its wide band of frequency operation, excellent temperature and humidity stability, and resistance against dust, oil, water, moisture, and other contaminants make it the go-to component for many designs. On a technical level, this inductor works by increasing the current flow between the two terminals, and this increase in current leads to an increase in the magnetic flux within the inductor. When the flux reaches a certain level, the inductor is said to be "saturated", and this level of current and voltage reduction is what allows this inductor to function properly.

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