Résumé
The complete introduction to optoelectronics for every technical professional.
- A complete, accessible introduction to electro-optics applications, principles, and theory
- Essential concepts of optics, electricity, magnetism, transmission lines, and electromagnetism
- Covers every key component of electro-optic systems
- Includes coverage of signal processing and fiber optics
- Contains 15 practical, hands-on laboratory experiences and applications
Optoelectronics technologies are at the heart of the communications revolution, and are increasingly central to other fields as well. Applications In Electro-Optics offers a complete, accessible introduction to the key principles and theories underlying optoelectronics. It combines an easy-to-understand tutorial with extensive examples, sample problems, wide-ranging applications coverage, and 15 hands-on laboratory experiences — ranging from He-Ne lasers to linear displacement transducers. Coverage includes:
- Essential background for understanding electro-optics: electromagnetism, transmission lines, electric/magnetic fields, capacitors, resistors, potentials, current, magnetic flux, frequency, wavelength, impedance, and Maxwell's equations
- Elements of optoelectronic systems: lenses, mirrors, prisms, beam splitters, lasers, semiconductors, diodes, LEDs, liquid crystals, resonators, multiplexers, and photo-detectors
- A detailed introduction to fiber optics, including key fiber characteristics and causes of signal loss
- Essential coverage of signal processing found in no other book on optoelectronics
- Diffraction, index of refraction, interferometers, filters, and numerical aperture
With the rapid growth in optoelectronics applications, a broad understanding of the field is essential to more working engineers, and students need to master its fundamentals sooner than ever before. Applications in Electro-Optics is the lucid, application-focused tutorial both professionals and students have been searching for.
ContentsPreface.
Acknowledgments.
1. Fundamentals of Light.
Introduction. Light
Communication. The Fiber Cable. The Communication System.
Summary.
2. Electrostatics.
The Electric Field.
Electric Flux Density. Conductors, Semiconductors, and
Dielectrics. Potential. Capacitance. Resistance.
Displacement. Power and Energy. Maxwell's Equations.
Summary.
3. Magnetostatics.
Magnetic Field Intensity.
Magnetic Flux Density. Magnetic Properties of Materials.
Inductance. Magnetic Energy. Magnetic Scalar Potential.
Maxwell's Equations. Summary.
4. Electromagnetics.
Maxwell's, Continuity, and
the Lorentz Force Equations. The Electric and Magnetic
Fields. Poynting's Vector. Polarization. Boundary
Conditions. Faraday's Law of Induction. Plane Waves in
Various Media. Plane Waves at Oblique Incidence. Brewster's
Angle. Summary.
5. Transmission Lines and Waveguides.
Transmission Lines and
Circuits. Transmission Lines and Reflections. Transmission
Lines and Input Impedance. Some Special Transmission Lines.
Power Movement on a Lossless Transmission Line. TE and TM
Transmission Modes. Summary.
6. The Nature of Light.
Ray and Wave Optics.
Reflection/Refraction. Diffraction. Polarization of Light.
Double Refraction. Optical Activity. Summary.
7. Devices.
Mirrors-Concave and
Convex. Lenses-Convergent and Divergent. Prisms.
Beamsplitters. Optical Filters. Resonator. Lasers.
Summary.
8. Components.
Semiconductor Theory.
Semiconductor Diodes. Light Emitting Diodes (LEDs).
Photodetectors. Liquid Crystal Optics. Multiplexers.
Summary.
9. Fiber Construction and Characteristics.
Fiber Construction.
Coupling and Connections. Dispersion and Attenuation in
Fibers. Wavelength Division Multiplexing. Summary.
10. Communication/Signal Processing.
Modulation and
Demodulation. Analog and Digital Communication. Digital
Communication. Optical Communication. Optical Signal
Processing. Fabry-Perot Filter. Thin-Film Interference
Filter. Tunable Filters. Summary.
11. Applications.
Laboratory
1-Characteristics of a Helium-Neon Laser. Laboratory
2-Polarization, Reflection, and Filtering. Laboratory
3-Refraction and Index of Refraction. Laboratory 4-Index of
Refraction for Solids. Laboratory 5-Lenses. Laboratory
6-Diffraction. Laboratory 7-Interferometers. Laboratory
8-Thin-Film Interference and Filters. Laboratory 9-Fiber
Optics. Laboratory 10-Numerical Aperture. Laboratory
11-LED. Laboratory 12-Photodetectors. Laboratory 13-Fiber
Coupling. Laboratory 14-Fiber Optic Communication.
Laboratory 15-Linear Displacement.
Appendix A. Math Operations.
Trigonometric Identities.
Fourier Transforms. Some Fourier Transform Pairs. Vector
Operations.
Appendix B. Coordinate Systems.
The Rectangular Coordinate
System. The Cylindrical Coordinate System. The Spherical
Coordinate System.
Appendix C. Typical Permittivity of Common Materials.
Appendix D. Typical Permeability of Common Materials.
Appendix E. Typical Conductivity of Common Materials.
Appendix F. Approximate Indices of Refraction at Optic Frequencies.
Appendix G. Typical Optical Fiber Cable Attenuation.
Appendix H. Electromagnetic Frequency Spectrum.
Appendix I. Several Semiconductor Material Wavelengths.
Appendix J. Useful Constants.
Appendix K. Radiometric and Photometric Fields.
Appendix L. The Smith Chart.
Bibliography.
Index.
L'auteur - Leo Setian
DR. LEO SETIAN is Professor of Electrical Engineering at John Brown University in Siloam Springs, Arkansas. He has consulted in both the U.S. and Israel, and is author of Practical Communication Antennas with Wireless Applications (Prentice Hall PTR).
Caractéristiques techniques
| PAPIER | |
| Éditeur(s) | Prentice Hall |
| Auteur(s) | Leo Setian |
| Parution | 05/02/2002 |
| Nb. de pages | 434 |
| Format | 18 x 24,5 |
| Couverture | Broché |
| Poids | 851g |
| Intérieur | Noir et Blanc |
| EAN13 | 9780130870384 |
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