Fiber optic cables: fundamentals, cable design, system planning
This publication is directed towards all who deal with design, construction and maintenance of fiber optic cable plants. Furthermore, it provides basic information as an introduction to specialized technical literature. In order to make it easier to study the many specialized publications, the book contains a detailed glossary of technical terms. For this edition, the section on optical nonlinear effects has been enlarged and information on nonzero dispersion shifted fibers has been added. The chapter "fiber optic modules and components" has been rewritten and considerably enlarged.
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Chemistry of Optical Waveguides
Optical Waveguide Profiles
11 other sections not shown
alignment angle applications aramid yarns attenuation coefficient axis bandwidth bit rates broadband buffer tube cable core cable plant channel chromatic dispersion cladding glass components core diameter core glass coupler dB/km dependent distribution electrical fiber count fiber optic cables fiber optic connectors Figure frequency function fused silica fused silica glass fusion splicing graded index profile index fiber indoor cables insertion loss installation laser diode launch lay length layer length light power light ray material Mbit/s measurement mechanical method mode field diameter modulation multifiber loose buffer multimode fibers numerical aperture optical fiber optical transmission optical waveguide outdoor cables phase photodiode plastic preform propagation pulse refractive index profile semiconductor signal single-fiber loose buffer single-mode fibers splice loss standard step index fiber step index profile stranding elements strength members subscriber technique temperature tensile force tight buffered fiber tion transmitted typical wave wires