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Photonics which combines the properties of photons with the capabilities of electronics, is an essential technology for the information age. In fact, it is said Photonics may be the most significant new technology since semiconductors. Two major candidates in photonics are fibre optics and laser technology. Laser and optical fibre have become all pervasive in communication, storage, sensing and processing of information. Photonics communication technology has established itself as the only solution in the future needs of information age. |
1. Principles and Properties of Optical Fibres
1.1 What is light?
1.2 Light measurement
1.3 Properties of light applied to fibre optics
2. Types of optical fibre and their manufacture
2.1 Step index fibres
2.2 Graded index fibres
2.3 Plastic clad silica fibres
2.4 Small diameter polymer fibres
2.5 Large diameter polymer fibres
2.6 Side light emitting fibre - SideGlo
2.7 Clad rods
3. Mechanical Properties of Optical Fibres
4. Physical Properties of Optical Fibres
4. Optical Properties of Optical Fibres
4.2 Losses in optical fibre
5.1 Fibre bundle sheathing
5.2 Termination of optical fibre bundles
5.3 Light guides and harnesses
6. Getting Light into optical fibres
6.1 Light sources
Conclusion
1. Specification checklists
1A .Industrial applications
1B. Conservation lighting
1C. Sign lighting
1D. Architectural lighting
2. Typical fibre optic specifications
3. Traffic sign light sources Glossary of terms