LQW2UASR91G00L

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Fixed inductors are electronic components used in electronic circuits for the purpose of forming inductive loops. These inductors, as their name implies, are fixed and don’t change over time. They are often used to achieve a specific effect such as filtering, resonance or even transient control. The type of inductor can vary from a simple wire coil or a winding of a ferrite core. In terms of their nominal use, what truly distinguishes fixed inductors from their variable counterparts are their design parameters and they remain relatively fixed when compared to variable equivalents like those that can be adjusted via a dial or switch.

The LQW2UASR91G00L fixed inductor is an example of this variety. It is specifically constructed to be used in high frequency applications, as it can reach frequencies up to 100GHz. This makes it an ideal candidate for applications that require high frequency RF signal stabilization, radiated and property matching like those used in mobile telephone networks, radio broadcasting, Wi-Fi and numerous satellite communications networks. Moreover, the maximum DC current for the device is 200mA and the resistance is low enough that it won’t impede the flow of current or result in excessive energy losses.

Due to its small size and operating frequency, the LQW2UASR91G00L inductor has a wide variety of practical applications in fields like telecommunications, automotive, consumer products, and medical engineering. It is also able to fit into extremely small spaces, making it ideal for use in places where space and size are a major priority. This is beneficial as it can be utilized for high frequency signal generation and transmission where antenna size needs to be minimized.

In terms of its working principle, this inductor utilizes the Faraday’s law of induction in order to regulate current. This states that an electric current that transitions across a conductor will generate an electromagnetic field and by utilizing this field it is possible to transfer energy from one object to another. This Faraday’s law is what enables electro-magnetic coils, such as the LQW2UASR91G00L, to contain the electricity crossing through them and so form inductive loops and act as an inductor.

In summary, the LQW2UASR91G00L fixed inductor is a device specifically designed for high frequency applications like RF or satellite communications. Its main applications include the fields of telecommunications, automotive, consumer products, and medical engineering due to its ability to fit into even the smallest of spaces. This is possible due to its working principle based on Faraday’s law of induction, a rule that states that an electrical current will produce an electromagnetic field when it crosses through a conductor such as the LQW2UASR91G00L inductor. This electromagnetic field then enables inductive loops to be formed and as a result the device acts as an inductor.

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