TTB16G11-900-4P-T20

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Balun, short for balanced-unbalanced, is a device that is used to convert an unbalanced signal into a balanced signal. The TTB16G11-900-4P-T20 is a type of balun that is widely used in various applications. In this article, we will discuss the application fields and working principle of the TTB16G11-900-4P-T20.

Application Field

The TTB16G11-900-4P-T20 balun is most commonly used in radio transmission applications. It is well-suited for use in mobile radio communication systems, due to its small size and excellent performance. This balun can also be used in wireless video transmission, providing a reliable and cost-effective solution for ensuring high-quality video transmission. In addition, the balun is often used in coaxial cable systems, providing excellent filtering performance and saving coaxial cable space. Finally, the TTB16G11-900-4P-T20 is widely used in circuit signal measurement and calibration, ensuring reliable and accurate results.

Working Principle

The TTB16G11-900-4P-T20 balun has a symmetrical structure and can convert unbalanced signals into balanced signals. It is composed of a ferrite core, four windings, and a balun inductor. When an unbalanced signal is input into the balun, it is first converted into a balanced signal by the balun inductor. The four windings of the balun then transfer the balanced signal into the ferrite core, resulting in the conversion of the signal into a high-frequency balanced signal. Finally, the signal is output from the balun as a highly-accurate and balanced signal.

In summary, the TTB16G11-900-4P-T20 balun is a widely-used device in radio transmission applications. Its symmetrical structure and efficient performance enable it to be used in various applications for reliable and accurate signal conversion. By understanding the application fields and working principle of the TTB16G11-900-4P-T20 balun, users can select the appropriate device for their specific needs.

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