A new approach to YTO control and synchronization

Yao Han, K. Qin
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Abstract

A new approach with which we can control YTO and synchronization is introduced in this paper. This new approach takes advantage of the characteristics of FPGA (such as high speed and stability, etc.) to regulate the output frequency of YTO smartly and control the synchronization between different modules precisely. The experiment proved that this approach can meet the requirements of super-heterodyne high-speed real-time test measurements by downloading different FPGA program. The approach has been successfully used in communication analyzer; meanwhile, it can be extended to the microwave radio frequency spectrum analyzer, frequency synthesizer and signal generator module.
一种YTO控制与同步的新方法
本文介绍了一种控制随动点和同步的新方法。该方法利用FPGA高速、稳定等特点,智能调节YTO输出频率,精确控制各模块之间的同步。实验证明,通过下载不同的FPGA程序,该方法可以满足超外差高速实时测试测量的要求。该方法已成功应用于通信分析仪;同时,它还可以扩展到微波射频频谱分析仪、频率合成器和信号发生器模块。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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