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Dispersion effects in a single-mode holographic waveguide interconnect system

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Abstract

Dispersion effects in a single-mode holographic waveguide interconnect system are analyzed, and the effect of a wavelength shift in laser diodes owing to the variation of environmental temperature are discussed. It is found that the stringent coupling-in requirement of the single-mode waveguide is the limiting factor of the optical interconnect performance. A novel waveguide grating coupler is thus introduced to eliminate this problem.

© 1992 Optical Society of America

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