Higher-Order Dispersion Compensation by Differential Time Delay
作者： Ajay K Sharma , R.K Sinha , R.A Agarwala
关键词: Physics 、 Dispersion relation 、 Computational physics 、 Dispersion (optics) 、 Polarization mode dispersion 、 Bandwidth-limited pulse 、 Group delay dispersion 、 Dispersion-shifted fiber 、 Chirp 、 Modal dispersion 、 Optics
摘要: A novel approach to combating the pulse broadening effects of group- velocity dispersion in a fiber-optic communication link due higher-order terms has been presented. It shown that it is possible for short propagate without significant over lengths many times longer than usual length fiber. Root mean square phase deviation, dimension-free chirp parameter, and figure merit have evaluated ideal realistic optical systems using together. dispersionless propagation can be enhanced 5 6.5 if compensation performed by second- third-order third- fourth-order together, respectively. Q 1998 Academic Press
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