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Analysis of four schemes of polarization mode dispersion compensation in 40Gbit/s optical-communication system

机译:40Gbit / s光通信系统中偏振模色散补偿的四种方案分析

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With the development of optical fiber communication, and after chromatic dispersion and attenuation are compensatedfor, polarization mode dispersion( PMD )in optical fibers becomes more and more important and cannot be ignored whenthe transmission system is up to 40Gbit/s or above, or transmission distance is several thousand kilometers long. In the paper, it is discussed four kinds of compensation schemes in 40Gbit/s optical communication system, it point out that transmission distance is different when use different compensation schemes by pulse broadening theory. And when the transmission speed is very high or the transmission distance is very long, it is necessary to compensated high-order PMD. It compared 2nd-order PMD compensated system and first-order PMD compensated system, it point out that 2nd-order PMD compensated system is much better than first-order PMD compensated system by pulse broadening theory.
机译:随着光纤通信的发展,色散和衰减得到补偿后 因此,光纤中的偏振模色散(PMD)变得越来越重要,当 传输系统最高可达40Gbit / s或以上,或传输距离达数千公里。本文讨论了40Gbit / s光通信系统中的四种补偿方案,并通过脉冲展宽理论指出了采用不同补偿方案时的传输距离是不同的。并且当传输速度很高或传输距离很长时,有必要补偿高阶PMD。通过对二阶PMD补偿系统和一阶PMD补偿系统的比较,指出了基于脉冲展宽理论的二阶PMD补偿系统比一阶PMD补偿系统要好得多。

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