Titlebook: Integrated Optics: Theory and Technology; Robert G. Hunsperger Textbook 19821st edition Springer-Verlag Berlin Heidelberg 1982 Optics.Dist

countenance

Waveguide Fabrication Techniques, of a specific technique of waveguide fabrication depends on the desired application, and on the facilities available. In this Chapter, various methods of waveguide fabrication are reviewed, and their inherent features are discussed.

voluble

Losses in Optical Waveguides,ally predominates in glass or dielectric waveguides, while absorption loss is most important in semiconductors and other crystalline materials. Radiation losses become significant when waveguides are bent through a curve.

DAMP

Waveguide Input and Output Couplers,e, while others are multimode. Each type of coupler has its attendant set of advantages and disadvantages; none is clearly best for all applications. Hence, a knowledge of coupler characteristics is necessary for the OIC user, as well as for the designer.

商议

explicit

Basic Principles of Light Emission in Semiconductors, with monolithic (or hybrid) integration. Also, LED’s and laser diodes are widely used in fiber-optic applications, because they can be modulated at high frequencies and can be efficiently coupled to the micrometer-size wave-guiding core of the fiber.

ENDOW

Semiconductor Lasers,coherent optical emission will result. In this chapter, we consider several basic semiconductor laser structures and develop the quantitative theory necessary to calculate their expected performance characteristics.

湿润

Distributed Feedback Lasers,isrupted, which leads to difficulties in fabricating electrical connections and heat sinks. An alternative approach, which utilizes distributed feedback (DFB) from a Bragg-type diffraction grating, provides a number of advantages while still utilizing a planar surface geometry.

CRACK

guzzle

Theory of Optical Waveguides,r, the electromagnetic wave theory of the physical-optic approach is developed in detail. Emphasis is placed on the two basic waveguide geometries that are used most often in optical integrated circuits, the planar waveguide and the rectangular waveguide.

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