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Fixed Inductors

Fixed inductors, also referred to as harmonic or fixed frequency transformers, can be used to transfer electrical signals at fixed frequencies. Exact frequency may be obtained with harmonizers, which are fixed inductors specially designed to filter the signal at the desired frequency. The AISR-01-382J is a type of fixed inductor that is used for high frequency signal transmission.

AISR-01-382JApplication Field

AISR-01-382J is a type of fixed inductor designed for use at high frequency applications and can be used in a variety of systems, such as radio stations and telecommunication equipment.

• It is designed for use in radio and television broadcasting systems
• It is used in digital communication systems such as DSL routers and modems
• It is used in automotive electronics
• It is used in power conditioning systems

AISR-01-382JWorking Principle

The AISR-01-382J is a fixed inductor that operates on a basic principle: as an electric current passes through the inductive core, it produces an induced magnetic field and an opposing force which resists the current. The current thus produces a magnetic field in the core which stores the resulting energy. This energy can be released back into the circuit, or used to power the device itself.

The core of the AISR-01-382J is composed of ferrite material, which exhibits high dielectric strength and low parasitic capacitance. This allows the inductor to handle large currents and high power levels without saturation, as well as maintain consistent inductance values over a wide frequency range.

The primary characteristic of the AISR-01-382J is its fixed inductance value, which is determined by the amount of winding used and the core material used. As the current through the inductor increases, the associated magnetic field grows stronger, ultimately reaching a point where the inductance value becomes more or less constant. This characteristic makes it suitable for applications where precise inductance values are desired.

Conclusion

The AISR-01-382J is a type of fixed inductor designed to operate at high frequencies. Its primary characteristics are its fixed inductance values, which can be accurately determined. It is most commonly used in radio and television broadcasting systems, digital communication systems, automotive electronics, and power conditioning systems.

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