Okamawari T, Maruta A, Kodama Y
Opt Lett. 1998;23(9):694-6. doi: 10.1364/ol.23.000694.
We theoretically analyzed the Gordon-Haus timing jitter in a periodically dispersion-compensated optical transmission system as a result of upgrading a preinstalled uniform-dispersion system. We show that the enhanced peak power for a large dispersion difference in the period reduces the frequency shift induced by noise, and a proper setting of the receiver position further reduces the timing jitter.
我们从理论上分析了由于升级预安装的均匀色散系统而在周期性色散补偿光传输系统中产生的戈登-豪斯定时抖动。我们表明，周期内大色散差所增强的峰值功率会降低由噪声引起的频移，并且接收器位置的适当设置会进一步降低定时抖动。
