LQW18AN2N4C80D

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Fixed Inductors, like the LQW18AN2N4C80D, are electronic components made to store energy in electro-magnetic fields. These types of inductors, however, are static, meaning they are used in applications that do not require the inductor to change frequently or quickly. Thus, they are always exhibiting the same characteristics; they offer reactive components for electronic circuits and designed to be used in a variety of ways.

Application Field

One potential application field of fixed inductors is onboard power networks. These networks are used to provide power to different parts of the electronics, and any reactive components such as the LQW18AN2N4C80D are responsible for maintaining the voltage through the network and shaping the frequency response of the overall circuit. Fixed inductors can also be found in radio antennas, where their ability to provide efficient power transmission is used in short-wave and extremely high frequency (EHF) implementations.

Moreover, fixed inductors are commonly used in audio circuits. These components, together with their counterparts, capacitors, create the needed response in the frequencies range for audio production; meaning the components are able to shape the audio sound for better quality and clarity. In more refined applications, the LQW18AN2N4C80D are also used in Class-D amplifiers, where their stable power delivery ensures distortion-less audio formation.

Working Principle

Fixed inductors are essentially coils of thin copper or aluminium wire, wound in multiple layers and around a magnetic core material, such as iron or ferrite. When a voltage is applied to the inductor, an electromagnet

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