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首页> 外文期刊>IEE Proceedings. Part J >Jitter in the square synchroniser on direct detection optical communications. Part 2: comparison with Franks and Bubrouski's results
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Jitter in the square synchroniser on direct detection optical communications. Part 2: comparison with Franks and Bubrouski's results

机译:直接检测光通信中平方同步器中的抖动。第2部分:与Franks和Bubrouski的结果比较

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摘要

For part I see ibid. p. 209. The increasing use of very high bit rate direct detection optical systems with the need for more and more precise clock recovery circuit (CRC) is a justification for the study of CRC performance. In a previous paper, this study was developed for the square synchroniser but its validation needs to be confirmed. In this paper, this confirmation is effected by comparing the results established in that paper with Franks and Bubrouski's work. A relevant outcome of this comparison is that the study of the square synchroniser performance in the direct detection optical receiver can be regarded as a generalisation of the Franks and Bubrouski's study.
机译:在某种程度上,我看到同上。 p。 209.越来越高的比特率直接检测光学系统的使用以及对越来越精确的时钟恢复电路(CRC)的需求,是研究CRC性能的理由。在以前的论文中,这项研究是针对方形同步器而开发的,但其有效性需要确认。在本文中,通过将该文件中建立的结果与Franks和Bubrouski的工作进行比较来进行这种确认。该比较的相关结果是,对直接检测光接收器中方同步器性能的研究可以看作是Franks和Bubrouski的研究的概括。

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