LQW2UASR12G00L

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Introduction to LQW2UASR12G00L Fixed Inductors

The LQW2UASR12G00L fixed inductor is a small and compact inductor designed to be used in a variety of applications. It is a reliable product with a long lifetime, and can be used in a variety of circuit types, such as AC, RF, and DC. As a fixed inductor, it is used to induce or generate a magnetic field in a single location, and its resistance stays non-variable throughout the life of the component.

Applications of LQW2UASR12G00L Fixed Inductors

Because of its small size, the LQW2UASR12G00L fixed inductor is commonly used in consumer electronics, such as in electronic signal conditioning circuits, regulation of the electronic motor, and implementation of impedance matching. In RF applications, it is used to modify the gain of an amplifier, or to build a filter for a specific frequency. It can also be used as an antenna to receive RF signals. Additionally, its use in medical imaging is also known, as it is able to create MR images of different tissues with different characteristics.

It is also used in various automotive systems, such as in automotive sensors, or to control the speed of motor pumps. Moreover, in some consumer appliances, this inductor is employed in smooth start-up systems, or in the heaters, boilers and other home electronics. Finally, it can also be used in Electric Vehicles, for charging the batteries.

Working Principle of LQW2UASR12G00L Fixed Inductors

The LQW2UASR12G00L fixed inductor works on the Faraday’s law of Induction. It is based on the notion that a magnetically rotatory field induces an electric current in a coil of wire in the presence of a changing current, direction, or magnitude of a magnetic field. Its basic structure consists of two coils of wire: the primary and the secondary. The primary coil is connected to an AC source, and when it passes a current through it, the secondary coil is also affected by the magnetic field, generating an alternating electric current.

The shape of the coils and number of turns are important factors, and finally, the core is crucially important in the overall performance of the inductor. The magnetic core is made up of ferromagnetic material like iron, steel, or ferrite. This material increases the inductance of the inductor, resulting in a higher number of turns for the same inductance. This design is the most suitable one for such applications.

The LQW2UASR12G00L fixed inductor also has a self-resonant frequency, which is the frequency at which the dynamic impedance is unity. This is determined by the size, configurations, and type of the inductor, and determines the bandwidth of the inductor. This can be used to eliminate undesired high or low frequencies.

Conclusion

The LQW2UASR12G00L fixed inductor is a versatile product with a variety of applications, ranging from consumer electronics to medical imaging and Electric Vehicles. Its working principle is based on Faraday’s law of Induction, and its main components are the two coils of wire and ferromagnetic core. Moreover, it has a self-resonant frequency which, when tuned appropriately, can allow for efficient filtering of undesired high or low frequencies.

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