6000-181K-RC

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Fixed Inductors

A fixed inductor, or Fixed Inductors, is an electronic component consisting of a coil or inductor that uses an electrical current to produce a magnetic field. These components come in a variety of forms and are used in many different types of electronic applications. Common uses for fixed inductors include filters, impedance matching, antenna matching, voltage regulation, and other more specialized applications.

6000-181K-RC Application Field

The 6000-181K-RC is an example of a fixed inductor, specifically designed for frequency range applications between 19 and 50 kHz for impedance matching. It is designed to provide high accuracy and low loss for such high frequency applications.

The 6000-181K-RC is especially useful for power output stages and current regulation circuits in power supply systems of complex waveforms. This fixed inductor is also useful for RF applications, such as in portable radio transmitters and receivers, and it is ideal for current regulation in RF power amplifiers and base station power supplies.

6000-181K-RC Working Principle

Fixed inductors work by converting electrical energy into a magnetic field. The coil or inductor is wrapped in an insulated material to contain the current flowing through it. When current flows through the coil, a magnetic field is created that acts on the core material of the inductor. This creates a “stored” magnetic field, which can then be used to create an electric field or electrical current when the current is switched off.

The magnetic field strength can be adjusted by changing the number of turns in the coil, the size of the core material, or by increasing or decreasing the current. Fixed inductors can also be used to store energy, as the magnetic field will continue to exist after the current has been switched off. This stored energy can then be used to power an electrical circuit when the current is again switched on.

Fixed inductors are capable of supporting very high currents due to their low internal resistance, and the current-carrying capacity is determined by the quality of the insulation between the core material and the coil material. Various types of cores can be used to improve the performance of the inductor, and special types of cores are often used for specific applications.

Conclusion

Fixed inductors are essential components for many electronic devices. They are used to maintain current balance within an electrical circuit, impedance matching, and to provide a high accuracy and low loss for high frequency applications. The 6000-181K-RC fixed inductor is one example of a fixed inductor designed specifically for applications between 19 and 50 kHz. This inductor is ideal for use in RF applications such as radio transmitters and receivers and power amplifiers.

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