High Speed Synchronizers Operating Internally at Submultiples Rate

A. Reis, J. F. Rocha, A. Gameiro, J. P. Carvalho
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Abstract

In this work, we present the synchronizer as a significant part of a synchronous communication system. At high-speed communication, the synchronous system is advantageous over the asynchronous one, due to its greater transmission efficiency. We begin presenting four synchronizers which are the analog, the hybrid, the combinational and the sequential. All this synchronizers operate at a VCO frequency equal to the transmission rate. After, we present two more sequential versions, operating one at half rate and the other at a quarter rate. Our main objective is to test all this synchronizers in terms of output jitter as function of the input noise.
高速同步器在内部以子倍数速率运行
在这项工作中,我们将同步器作为同步通信系统的重要组成部分。在高速通信中,同步系统比异步系统更有优势,因为它的传输效率更高。我们开始介绍四种同步器,它们是模拟,混合,组合和顺序。所有这些同步器在等于传输速率的压控振荡器频率下工作。之后,我们提出了两个更连续的版本,一个以半速率运行,另一个以四分之一速率运行。我们的主要目标是测试所有这些同步器的输出抖动作为输入噪声的函数。
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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