Sinopsis
The field of optical electronics covers various disciplines of electrical engineering. This introductory text focuses on three areas: light transmission, detection and emission. It includes a condensed review of electromagnetic theory needed for an understanding of optical electronics.
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Reseña del editor
A concise, well-organized introduction to the rapidly growing field of optical electronics. Emphasizing semiconductor emitters and detectors, it provides full and current coverage of optical communications systems. Discusses gas and solid state lasers, with background material in electromagnetic theory and modern physics. Specific topics covered include light transmission in optical fibers (treating the benefits and drawbacks of using semiconductor lasers of LEDS); materials and devices (with discussion of ternary and quaternary systems and heterostructure LEDS and lasers); single mode, single frequency, quantum well lasers, and integrated optics and optical bistability; and semiconductor, gas, and solid state lasers. Closing chapters discuss emerging developments in the field.
Reseña del editor
The field of optical electronics covers various disciplines of electrical engineering. This introductory text focuses on three areas: light transmission, detection and emission. It includes a condensed review of electromagnetic theory needed for an understanding of optical electronics.
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