28B1122-100

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Ferrite cores are an intrinsic component in cable and wiring technology, due to their structure and properties allowing for better insulation and efficient power output. 28B1122-100 is a specific type of ferrite core, and understanding its application field and working principle is essential for any engineer utilizing the component.

What Is 28B1122-100?

28B1122-100, otherwise known as a frequency-stabilized chip inductor, is an electronic component used to stabilize electrical signals that come through cables and wires. Generally considered as an advanced form of a ferrite core, due to its temperature stability, 28B1122-100 is heavily utilized in power circuits and antenna circuits specifically. It is made of three parts – the ferrite core, coil, and outer case.

Application Field of 28B1122-100

The main application fields of 28B1122-100 are power circuit and antenna circuit. It is especially useful in power circuit due to its noise reduction and efficiency. In power circuit, 28B1122-100 is utilized for the stabilization of terminating current, and it can be used to reduce the radiation of electric wave in voltage circulating wave. This makes them incredibly useful in any electrical system.

28B1122-100 is also widely used in antenna circuit because of its temperature stability. In an antenna circuit, 28B1122-100 can be used to reduce noise and improve signal strength. It is capable of reducing the antenna radiation, as well as suppressing the disturbance in connection between the antenna and the receiver.

Working Principle

The working principle of 28B1122-100 is simple: it works to reduce noise, increase signal strength, and stabilize current. But how does it achieve these results? Let’s break down the three main components of 28B1122-100: the ferrite core, coil, and outer case.

The ferrite core is what makes the entire component possible. It provides the magnetic field needed to stabilize the signal and is composed of perforated material that resists flux leakage. This makes it possible to precisely direct the signal and reduce noise.

The coil is wrapped around the ferrite core and works to create magnetic field lines that help direct the signal and further suppress noise. Lastly, the outer case that encloses the entire component. It not only serves to protect the other components, but also helps spread the magnetic field created by the coil across the entire circuit.

When all these components are combined, 28B1122-100 is able to effectively reduce noise and enhance signal strength in both power and antenna circuits. It has been proven time and time again to be a dependable and efficient component in many electronic systems.

Conclusion

28B1122-100 is one of the most important ferrite cores in cable and wiring technology, due to its temperature stability and noise reduction capability. Knowing its application field and working principle is essential for any engineer utilizing the component. With its three components – the ferrite core, coil, and outer case – 28B1122-100 is able to reduce noise, increase signal strength, and stabilize current in both power and antenna circuits.

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