36541E2N2JTDG

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Fixed Inductors

Fixed inductors are electronic components used to control the flow of electrical current through a circuit. These devices form a vital part of many different circuits and systems. The type of inductor known as 36541E2N2JTDG is a Fixed Inductor. This article looks at the application field and working principle of this particular inductor.

Application Field

The 36541E2N2JTDG is a high temperature, low inductance type of fixed inductor, designed for use in microwave communications systems. It has been designed to withstand high temperatures and provide unmatched stability in microwave applications. It is also suitable for commercial applications and can be used in amplifiers, power supplies, filters, switching converters, and other related components. This inductor is suitable for a wide range of applications, from low-power circuits to high-power circuits over wide operating frequencies.

Working Principle

The 36541E2N2JTDG is a solid-state device, where the inductance is created using material-made windings that are interconnected to a central part of the inductor. The electromagnetic field that is generated in this manner induces a voltage in the winding that creates the ideal inductance. The setup of the 36541E2N2JTDG allows for a consistent inductance value to be maintained throughout operation. As an inductor creates an electromagnetic field, it is important that the inductance is able to stay consistent in order to ensure the electricity is always kept flowing for the application in use.

The 36541E2N2JTDG is a popular choice as it is able to provide users with a consistent, low inductance value over a wide range of operating frequencies. It is also designed to be more compact than other inductors, making it ideal for applications where size is an issue. This allows it to be used in more space-constrained applications.

Conclusion

The 36541E2N2JTDG Fixed Inductor is an ideal choice for many applications, due to its ability to provide stability, a consistent low inductance value, and its compact form factor. It is designed for use in microwave communications systems and can also be suitable for other commercial applications that require an efficient, high temperature inductor. The inductor works by using material-made windings interconnected to a central part of the inductor, inducing a voltage which creates the ideal inductance.

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