Pulse transmission through a dielectric optical waveguide

Applied Optics
F P Kapron, D B Keck

Abstract

Waveguide propagation of a pulse-modulated carrier wave is formulated to include distortion due to dispersion in both attentuation and phase velocity. An optimum input gaussian pulse width exists for maximum information carrying capacity. Results are applied to a numerical study of several singlemode glass optical waveguides in which mode and dielectric dispersion may total zero at some wavelength. For our low-loss (20 dB/km) guides in kilometer lengths, information rates of at least 3 x 10(10) bits/sec should be attainable.

Citations

Jun 1, 1972·Applied Optics·F P KapronM P Teter
Dec 1, 1979·Applied Optics·H M PresbyW G French
Dec 1, 1982·Applied Optics·B E Saleh, M I Irshid
Jun 1, 1977·Applied Optics·F P Kapron, T I Lukowski
Oct 1, 1973·Applied Optics·M S SodhaG D Gautama
Nov 1, 1971·Applied Optics·D Gloge
Feb 1, 1981·Optics Letters·E J BochoveJ E Filho
Mar 1, 1972·Applied Optics·M Didomenico
Jun 1, 1982·Optics Letters·D K LamK O Hill
Aug 1, 1987·Optics Letters·R G Priest, T G Giallorenzi
Dec 1, 1977·Applied Optics·J Auyeung, A Yariv
Jul 1, 1973·Applied Optics·L Smith, E Snitzer

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