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Lasing Characteristics of 1.5-µm in-GaAsP/InP - Buried Heterostructure Distributed Feedback (BH-DFB) Laser

Shinzoh Suzaki, Tsutomu Watanabe, Hirohiko Katsuda, K. Takahashi, Takashi Nomura, Tohru Simmen, Hiroshi Osanai

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Abstract

Dynamic single-longitudinal-mode (DSM) lasers as the light source in the 1.5-µm region of ultralong-distance optical communication systems have been investigated in several laboratories. A DSM laser is considered more advantageous than a multimode laser to obtain a wide transmission bandwidth in combination with single-mode optical fibers. As the DSM lasers, DFB and DBR semiconductor lasers have been studied extensively.1-4 Our company has been trying to make wide applications of optical fibers and has studied various optical components and devices. Experimental results on 1.5-µm BH-DFB laser diodes are presented.

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What this paper is about

Dynamic single-longitudinal-mode (DSM) lasers as the light source in the 1.5-µm region of ultralong-distance optical communication systems have been investigated in several laboratories. A DSM laser is considered more advantageous than a multimode laser to obtain a wide transmission bandwidth in combination with single-mode optical fibers. As the DSM lasers, DFB and DBR semiconductor lasers have been studied extensively.1-4 Our company has been trying to make wide applications of optical fibers and has studied various optical components and devices. Experimental results on 1.5-µm BH-DFB laser diodes are presented.

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Available abstract

Dynamic single-longitudinal-mode (DSM) lasers as the light source in the 1.5-µm region of ultralong-distance optical communication systems have been investigated in several laboratories. A DSM laser is considered more advantageous than a multimode laser to obtain a wide transmission bandwidth in combination with single-mode optical fibers. As the DSM lasers, DFB and DBR semiconductor lasers have been studied extensively.1-4 Our company has been trying to make wide applications of optical fibers and has studied various optical components and devices. Experimental results on 1.5-µm BH-DFB laser diodes are presented.

Key concepts: Laser, Lasing threshold, Materials science, Optoelectronics, Distributed feedback laser, Semiconductor laser theory, Multi-mode optical fiber, Optics

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