Pulse Propagation in a Single-Mode Optical Fiber with Complex Higher Order Dispersions

Heihachi SATO  Yuji AZUMAI  

IEICE TRANSACTIONS (1976-1990)   Vol.E72   No.8   pp.919-926
Publication Date: 1989/08/25
Online ISSN: 
Print ISSN: 0000-0000
Type of Manuscript: PAPER
Category: Electro-Optics

Full Text: PDF(537.2KB)>>
Buy this Article

Taking into account the higher order dispersions of the complex propagation constant involving its loss term, the equation of a Gaussian pulse propagation is derived for a single-mode optical fiber, by which the pulse-peak intensity, the pulse-width, the pulse-delay time and the skewness can be readily estimated along the fiber length. Then, among various combinations of the dispersion profile between the loss and the phase terms including both normal and anomalous dispersions, two typical cases of the pulse-broadening and narrowing are numerically shown, in which possibility of the compression is especially discussed with the combination of the sharp anomalous absorption-band and the normal phase-dispersions.