Dispersion Management Schemes of Quasi-linear Optical Transmission System

Abstract

Abstract:

A nonlinear effect equation describes Intra-channel Four-Wave Mixing and Intra-channel Cross Phase Modulation in quasi-linear optical transmission system is deduced first, then the simulation model set for this system is built. Based on this model set, the dispersion management schemes of the quasi-linear optical transmission systems with 10Gb/s、40Gb/s、100Gb/s and 160Gb/s data rates are analyzed. We analyze the relationships of the amplitude jitters and the timing jitters, that of the amplitude jitters and the related Q values, that of the pulse initial powers and the related Q values. At the first time as we know, we have the conclusion that the optimal dispersion management scheme is related to the system transmission data rate, and the ratio of the pre- dispersion component should be decreased while the post- dispersion component be increased with the increase of system data rate.

Key words: optical communication, quasi-linear, dispersion management, nonlinear effects, amplitude jitter, timing jitter

CLC Number:

TN913.7

CAI Ju, ZHANG Lu, ZHAO Yajing, ZHOU Wei, CHEN Xu. Dispersion Management Schemes of Quasi-linear Optical Transmission System[J]. J4, 2015, 32(3): 378-384.

References

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