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This introduction to optical fiber concepts, applications, and techniques presented with a minimum of mathematics, is useful both for the technician and the technologist. Basic theory in optics, an explanation of waveguide propagation, and information about fiber types and designs allow students new to the field to form a good working knowledge of how optical fiber is used in communications. Key Features Covers all major areas of fiber optics Uses an algebra-based approach and leaves out much of the high-level mathematics However, presents a sufficient amount of theory and mathematics to explain the topics and prepare students for further exploration, if desired Provides an abundance of practical examples Contains a chapter on measurements and testing equipment Offers flexibility in coverage - allowing some sections to be omitted by those students who are studying them in more depth in other courses Table Of Contents An Introduction to Optical Fiber The Physics of Light Light Propagation Types of Optical Fiber and Their Properties Light Sources for Optical Fibers Optical Detectors Splices, Connectors, Cables and Other Components Fundamentals of Communications Com-munications Applications for Optical Fiber Optical Fiber Measurement and Testing Appendices Glossary Index