Background on fiber optics
Fiber optic data links
History of fiber optic technology
Fiber optic systems
Advantages and disadvantages of fiber optics
Summary
Answers
Fiber optic concepts
Propagation of light
Properties of light
Reflection of light
Refraction of light
Diffusion of light
Absorption of light
Basic optical-material properties
Basic structure of an optical fiber
Propagation of light along a fiber
Mode Theory
Optical fiber types
Multimode Fibers
Properties of optical transmission
Attenuation
Dispersion
Summary
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Optical fibers and cables
Multimode step-index fiber
Multimode graded-index fiber
Single mode step-index fibers
Single mode graded-index fibers
Fabrication of optical fibers
Optic cables
Cable strength and support members
Cable designs
Summary
Answers
Optic splice, connector, and coupler
Optical fiber coupling loss
Reflection losses
Fiber end preparation
Fiber mismatches
Fiber optic splices
Mechanical splices
Fusion splicing
Multifiber splicing
Fiber optic connectors
Military connectors
Fiber optic couplers
Summary
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Fiber optic measurement techniques
Laboratory measurements
Cutoff Wavelength
Bandwidth
Chromatic Dispersion
Fiber Geometry
Core Diameter
Numerical Aperture
Return Loss and Reflectance
Field measurements
Optical Time-Domain Reflectometry
Power Meter
Summary
Answers
Optical sources and fiber optic transmitters
Optical source properties
Semiconductor light-emitting diodes and
laser diodes
Semiconductor material and device operating
principles
Light-emitting diodes
Laser diodes
Superluminescent diodes
Fiber optic transmitters
Fiber optic transmitter packages
Summary
Answers
Optical detectors and fiber optic receivers
Optical detectors
Semiconductor material and device properties
Response Time
Avalanche photodiodes
Fiber optic receivers
Receiver noise
Receiver design
Fiber optic receiver packages
Summary
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Fiber optic links
Link classification
Digital transmission
Analog transmission
System design
System installation
Summary
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