DFEG10040D-100M=P3

Fixed inductors refer to a class of electrical components which are primarily responsible for storing energy in electric and magnetic fields. The fixed inductor DFEG10040D-100M=P3 is a type of inductor which is usually found in circuits requiring high frequency, high-frequency stability, high accuracy, along with matching and balancing circuits, and which also possess low power consumption and low cost. This inductor is commonly used in ceramic antenna circuits.

Application Field

The DFEG10040D-100M=P3 can be found in various device types and application fields, including power supplies, communications, industrial controls, consumer electronics, measuring instruments, audio systems, computers, home automation, and medical systems. It is also commonly used in ceramic antenna circuits due to its superior performance in the frequency range up to 100MHz. The inductor is also frequently used in RF antenna systems as a matching element which helps reduce sound and increases sensitivity.

Working Principle

As a fixed inductor, DFEG10040D-100M=P3 works by storing energy in the electric and magnetic fields it generates. This stored energy can be used to cause a change in the electrical currents in the circuit, which can be utilized to help regulate the frequency within the system. As energy is stored within the inductor, it will cause a magnetic field to form, which will oppose any change in the current that is flowing through the inductor.

Due to this operational principle, inductors are used when it is desired to reduce the swings in the voltage of a given circuit. This can help improve the stability and accuracy of the circuit, and also help reduce power consumption within the system. In addition, the DFEG10040D-100M=P3 offers superior frequency performance, allowing it to be used in circuits requiring high-frequency stability.

Conclusion

The DFEG10040D-100M=P3 fixed inductor is suitable for use in a variety of applications, offering superior performance when working with high frequency signals and providing stability and accuracy through its energy storage capability. Additionally, the low power consumption and low cost of the device make it a cost-effective solution, while the superior frequency performance makes it suitable for use in ceramic antenna circuits.