LQP18MN10NG02D

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Fixed Inductors are among the most widely used electronic components, and are important building blocks for a variety of circuits and applications. In this article, we will take a closer look at the LQP18MN10NG02D and discuss its application field and working principle.

The LQP18MN10NG02D is a surface mount inductor from Murata. This inductor is precisely designed for high frequency applications, and is suitable for use in circuits operating up to frequencies of 3GHz. It has a small form factor package, allowing for a lower profile on boards. In addition, this part features a low DCR of 0.98µΩ, low Profile of 1.8mm, and a high Q of 19.5 at 1GHz.

In terms of applications, the LQP18MN10NG02D is suitable for use in a wide range of circuit types, such as filter, decoupling, signal matching, compensation, and RF designs. Specifically, it is used in cellphones, Wi-Fi routers, Bluetooth headsets, micro-wave ovens, monitoring equipment, and many other boards.

As for its working principle, the LQP18MN10NG02D functions similarly to other fixed inductors. It consists of a component, known as a coil, that is made from a conductive material, usually copper wire. A current running through this coil generates a magnetic field that stores energy, in the form of inductance. When the current is removed, the stored energy is released in an inductive kickback, known as an EMF (electromotive force). Thus, the inductor acts as a low-pass filter, allowing frequency components below a certain threshold to pass through.

In summary, the LQP18MN10NG02D is a surface mount inductor designed for high frequency applications, and is suitable for use in a variety of circuits and electronic components. It has a low DCR, low profile, and high Q, and is ideal for applications such as signal matching, compensation, and RF designs. Its working principle is similar to other fixed inductors. It consists of a coil that generates a magnetic field when a current is applied, storing energy which is released in the form of an inductive kickback when the current is removed.

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