Understanding Fiber OpticsThis book is thorough, up to date, and provides comprehensive and intuitive introduction to fiber optics. With mathematics limited to basic algebra, the book takes a practical approach to understanding fiber optics. It thoroughly describes important concepts for the novice, building up an understanding of optical fibers, their properties, light sources and detectors, and fiber-optic components and their application in fiber-optic systems. It covers the basics of fiber-optic measurement and troubleshooting. Ideal for technicians, entry-level engineers, and other nonspecialists. |
Common terms and phrases
active couplers alignment amplifier analog angle attenuation bandwidth bistable bit-error rate bundles Chapter chromatic dispersion circuits cladding communications components connector loss core diameter cost coupling dB/km decibels depends detector devices DIEGO diode distances electrical electromagnetic electronic emit example ferrule fiber cable fiber core fiber ends fiber loss fiber optics fiber-optic cables fiber-optic systems frequency functions fusion splices glass graded-index fiber input power installed integrated light source local-area networks long-distance material Mbit/s measured meters mode modulation multifiber cables multimode fibers multiplexing needed noise numerical aperture operating optical fibers optical power optical signal output fibers passive couplers phototransistors planar waveguides plastic problem pulse refractive index repeaters require response semiconductor lasers sensitivity shown in Figure single-mode fibers speed star coupler subscribers switching telecommunication telephone network terminal transmission transmit transmitters and receivers types typically voltage wavelength wavelength-division multiplexing wires