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Proceedings Paper

Analysis and Design of Phase-Coupled Laser Arrays
Author(s): Amos Hardy; William Streifer; Marek Osinski
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Paper Abstract

Coupled-mode theory is employed for the analysis and, consequently, for the design of phase-coupled laser arrays that may have improved properties, such as better supermodes discrimination and a narrower far-field pattern. We start with a brief description of the improved coupled-mode formulation for multiwaveguide systems. The formulation encompasses real and imaginary index perturbations, which determine modal gains or losses. We proceed by presenting the analysis of various phase-coupled, index-guided laser arrays. A common problem in many cases is poor mode discrimination, which may result in excitation of several lateral supermodes and wider far-field patterns. Based on the improved coupled-mode theory, some new promising structures are presented, along with a few numerical examples which suggest a better mode discrimination between the lowest-order and higher-order lateral modes.

Paper Details

Date Published: 14 January 1987
PDF: 7 pages
Proc. SPIE 0723, Progress in Semiconductor Laser Diodes, (14 January 1987); doi: 10.1117/12.937679
Show Author Affiliations
Amos Hardy, Tel-Aviv University (Israel)
William Streifer, University of New Mexico (United States)
Marek Osinski, University of New Mexico (United States)


Published in SPIE Proceedings Vol. 0723:
Progress in Semiconductor Laser Diodes
Elliot G. Eichen, Editor(s)

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