一种数字式微波延迟线设计
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Design of a Digital Microwave Delay Line
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    摘要:

    通过混频将微波信号下变频到中频,在中频进行数字化,并采用循环存取法完成数字信号延迟处理,最后再将数字信号还原成模拟信号并上变频回与输入信号频率相同的微波频段,最终设计出频率4 300 MHz、带宽70 MHz、最大延迟时间50 μs、延迟步进5 ns的微波频段延迟线,该产品有很好的直通及三次信号抑制性能。

    Abstract:

    The microwave signal was down converted to IF signal by mixing, and was digitalized at IF, then the digitalized signal was delayed by the cyclic access; after that, the digitalized signal was converted back to the analog signal and up converted to the microwave frequency same as the input signal frequency. Based on this process, a 4 300 MHzmicrowave delay line with 70 MHz bandwidth, maximum delay time of 50 μs and delay time hop step of 5ns has been designed at last. The manufactured delay line has the features of good through and triple transmitting suppression.

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唐盘良,段成丽,黄莹.一种数字式微波延迟线设计[J].压电与声光,2012,34(3):329-330. TANG Panliang, DUAN Chengli, HUANG Ying. Design of a Digital Microwave Delay Line[J]. PIEZOELECTRICS AND ACOUSTOOPTICS

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  • 在线发布日期: 2012-09-27
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