Photonic synthesis based ultra-wide band signal generation

Yuqi Tan, Jiquan Zhai
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Abstract

In order to meet the demand of broadband signal generating, this paper proposed a time-domain sythisis method with low sampling Digithal-to-Analog Converter. This method takes the anlog signal generated by low sampling DACs to the optical sampling pulses by Mach-Zender moduator with optical carriers of different vwavelength. And then, the multichannel optical pulse with modudlated data are delayed to forms into data sequences with setted interval. Last the optical pulses are combined into a sequence by WDM multiplexer and generated broadband microwave by a photodetectors. An experiment has conducted to verify the effectiveness of the method.
基于光子合成的超宽带信号生成技术
为了满足宽带信号产生的需求,本文提出了一种带有低采样数模转换器的时域系统方法。该方法将低采样数模转换器产生的对数信号通过马赫-曾德(Mach-Zender)调制器与不同波长的光载波一起转换成光采样脉冲。然后,带有调制数据的多通道光脉冲被延迟,形成具有设定间隔的数据序列。最后,光脉冲通过波分复用器组合成一个序列,并通过光电探测器产生宽带微波。实验验证了该方法的有效性。
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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