AX97-101R5

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Fixed inductors are a type of electrical component that performs the specific function of inductance, which is the ability to produce a magnetic field from electrical current. The AX97-101R5 is an example of a popular fixed inductor, praised for its high inductance and the availability of various dimensions and coil forms. This article will explain the general idea behind fixed inductors and the specific application field and working principle of the AX97-101R5.

What are Fixed Inductors?
Fixed inductors are electrical components that use an electromagnetic electrical current to create a magnetic field, inductance. In general, they come in two types, air core inductors and ferrite core inductors. Air core inductors are simple coils of wire that can fit a large variety of applications. Ferrite core inductors, on the other hand, are made of a magnetic core material. This core material is used to help concentrate the magnetic field of the current.

Applications of the AX97-101R5
The AX97-101R5 is a popular fixed inductor due to its high inductance and the availability of various dimensions and coil forms. This inductor is used in various applications such as radio-frequency power amplifiers, various types of servo-controls, and power supplies for medium-power circuits. It also has a low DC resistance, making it suitable for circuits that rely on low impedance operation.

Working Principle of the AX97-101R5
The AX97-101R5 consists of two winding layers made of insulated wire and wound around a ferrite core. As the electrical current passes through the wire, it creates a magnetic field resulting in a voltage drop—this is the process of induction. This voltage drop is known as inductive reactance and it effectively limits the current flowing through the inductor. The more current that passes through the inductor, the greater the voltage drop.

The AX97-101R5 also has a unique feature known as an amplitude peak absorption. This is a type of effect of a current passing through the inductor in which the amplitude of the current is reduced. This is caused by the inductor “absorbing” the peak amplitude of the current. This allows for better control of circuit operations with reduced potential of overloading components.

Conclusion
In conclusion, the AX97-101R5 fixed inductor is used in a variety of different application fields and is praised for its high inductance and availability of various dimensions and coil forms. The working principle is one of induction in which a current passing through the inductor creates a magnetic field, resulting in a voltage drop—this voltage drop is known as inductive reactance. This inductor also has the unique feature of “amplitude peak absorption”, which allows for better control of circuit operations with reduced potential for overloading components.

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