Applications in electro-optics / Leo Setian

By:

Setian, Leo [Author]

Material type: Text

text

Media type:

unmediated

Carrier type:

volume

ISBN:

9780130870384

Subject(s):

Electrooptics

LOC classification:

TA1750 .S475 2002
TA1750 SET

Contents:

Chapter 1. Fundamentals of Light 1 -- Light Communication 9 -- Fiber Cable 10 -- Communication System 12 -- Chapter 2. Electrostatics 23 -- Electric Field 24 -- Electric Flux Density 27 -- Conductors, Semiconductors, and Dielectrics 28 -- Potential 31 -- Capacitance 35 -- Resistance 40 -- Displacement 43 -- Power and Energy 48 -- Maxwell's Equations 51 -- Chapter 3. Magnetostatics 61 -- Magnetic Field Intensity 62 -- Magnetic Flux Density 70 -- Magnetic Properties of Materials 71 -- Inductance 75 -- Magnetic Energy 84 -- Magnetic Scalar Potential 88 -- Maxwell's Equations 90 -- Chapter 4. Electromagnetics 99 -- Maxwell's, Continuity, and the Lorentz Force Equations 100 -- Electric and Magnetic Fields 109 -- Poynting's Vector 111 -- Polarization 113 -- Boundary Conditions 118 -- Faraday's Law of Induction 125 -- Plane Waves in Various Media 129 -- Plane Waves at Oblique Incidence 143 -- Brewster's Angle 157 -- Chapter 5. Transmission Lines and Waveguides 165 -- Transmission Lines and Circuits 166 -- Transmission Lines and Reflections 171 -- Transmission Lines and Input Impedance 176 -- Some Special Transmission Lines 180 -- Power Movement on a Lossless Transmission Line 182 -- TE and TM Transmission Modes 186 -- Chapter 6. Nature of Light 193 -- Ray and Wave Optics 194 -- Reflection/Refraction 197 -- Diffraction 202 -- Polarization of Light 207 -- Double Refraction 211 -- Optical Activity 212 -- Chapter 7. Devices 217 -- Mirrors--Concave and Convex 218 -- Lenses--Convergent and Divergent 224 -- Prisms 233 -- Beamsplitters 235 -- Optical Filters 238 -- Resonator 239 -- Lasers 242 -- Chapter 8. Components 251 -- Semiconductor Theory 251 -- Semiconductor Diodes 255 -- Light Emitting Diodes (LEDs) 259 -- Photodetectors 264 -- Liquid Crystal Optics 267 -- Multiplexers 270 -- Chapter 9. Fiber Construction and Characteristics 275 -- Fiber Construction 276 -- Coupling and Connections 282 -- Dispersion and Attenuation in Fibers 288 -- Wavelength Division Multiplexing 292 -- Chapter 10. Communication/Signal Processing 301 -- Modulation and Demodulation 303 -- Analog and Digital Communication 309 -- Digital Communication 311 -- Optical Communication 312 -- Optical Signal Processing 317 -- Fabry-Perot Filter 320 -- Thin-Film Interference Filter 322 -- Tunable Filters 323 -- Chapter 11. Applications 327 -- Laboratory 1 Characteristics of a Helium-Neon Laser 327 -- Laboratory 2 Polarization, Reflection, and Filtering 330 -- Laboratory 3 Refraction and Index of Refraction 333 -- Laboratory 4 Index of Refraction for Solids 336 -- Laboratory 5 Lenses 341 -- Laboratory 6 Diffraction 345 -- Laboratory 7 Interferometers 350 -- Laboratory 8 Thin-Film Interference and Filters 355 -- Laboratory 9 Fiber Optics 360 -- Laboratory 10 Numerical Aperture 362 -- Laboratory 11 LED 366 -- Laboratory 12 Photodetectors 371 -- Laboratory 13 Fiber Coupling 374 -- Laboratory 14 Fiber Optic Communication 378 -- Laboratory 15 Linear Displacement 381 -- Appendix A. Math Operations 385 -- Trigonometric Identities 385 -- Fourier Transforms 386 -- Some Fourier Transform Pairs 386 -- Vector Operations 386 -- Appendix B. Coordinate Systems 389 -- Rectangular Coordinate System 389 -- Cylindrical Coordinate System 390 -- Spherical Coordinate System 392 -- Appendix C. Typical Permittivity of Common Materials 395 -- Appendix D. Typical Permeability of Common Materials 397 -- Appendix E. Typical Conductivity of Common Materials 399 -- Appendix F. Approximate Indices of Refraction at Optic Frequencies 401 -- Appendix G. Typical Optical Fiber Cable Attenuation 403 -- Appendix H. Electromagnetic Frequency Spectrum 405 -- Appendix I. Several Semiconductor Material Wavelengths 407 -- Appendix J. Useful Constants 409 -- Appendix K.s Radiometric and Photometric Fields 411 -- Appendix L. Smith Chart 413.

Summary: An applied study of optics with an entire section on signal processing. Tons of examples, drill problems with answers, chapter problems - perfect to be used as a self-study course for the professional

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Holdings
Item type	Current library	Home library	Call number	Copy number	Status	Date due	Barcode
Books	Harare Institute of Technology Main Library	Harare Institute of Technology Main Library	TA1750SET (Browse shelf(Opens below))	1	Available		BK0002312

Includes index

Includes bibliographical references (p. 423) and index

Chapter 1. Fundamentals of Light 1 --
Light Communication 9 --
Fiber Cable 10 --
Communication System 12 --
Chapter 2. Electrostatics 23 --
Electric Field 24 --
Electric Flux Density 27 --
Conductors, Semiconductors, and Dielectrics 28 --
Potential 31 --
Capacitance 35 --
Resistance 40 --
Displacement 43 --
Power and Energy 48 --
Maxwell's Equations 51 --
Chapter 3. Magnetostatics 61 --
Magnetic Field Intensity 62 --
Magnetic Flux Density 70 --
Magnetic Properties of Materials 71 --
Inductance 75 --
Magnetic Energy 84 --
Magnetic Scalar Potential 88 --
Maxwell's Equations 90 --
Chapter 4. Electromagnetics 99 --
Maxwell's, Continuity, and the Lorentz Force Equations 100 --
Electric and Magnetic Fields 109 --
Poynting's Vector 111 --
Polarization 113 --
Boundary Conditions 118 --
Faraday's Law of Induction 125 --
Plane Waves in Various Media 129 --
Plane Waves at Oblique Incidence 143 --
Brewster's Angle 157 --
Chapter 5. Transmission Lines and Waveguides 165 --
Transmission Lines and Circuits 166 --
Transmission Lines and Reflections 171 --
Transmission Lines and Input Impedance 176 --
Some Special Transmission Lines 180 --
Power Movement on a Lossless Transmission Line 182 --
TE and TM Transmission Modes 186 --
Chapter 6. Nature of Light 193 --
Ray and Wave Optics 194 --
Reflection/Refraction 197 --
Diffraction 202 --
Polarization of Light 207 --
Double Refraction 211 --
Optical Activity 212 --
Chapter 7. Devices 217 --
Mirrors--Concave and Convex 218 --
Lenses--Convergent and Divergent 224 --
Prisms 233 --
Beamsplitters 235 --
Optical Filters 238 --
Resonator 239 --
Lasers 242 --
Chapter 8. Components 251 --
Semiconductor Theory 251 --
Semiconductor Diodes 255 --
Light Emitting Diodes (LEDs) 259 --
Photodetectors 264 --
Liquid Crystal Optics 267 --
Multiplexers 270 --
Chapter 9. Fiber Construction and Characteristics 275 --
Fiber Construction 276 --
Coupling and Connections 282 --
Dispersion and Attenuation in Fibers 288 --
Wavelength Division Multiplexing 292 --
Chapter 10. Communication/Signal Processing 301 --
Modulation and Demodulation 303 --
Analog and Digital Communication 309 --
Digital Communication 311 --
Optical Communication 312 --
Optical Signal Processing 317 --
Fabry-Perot Filter 320 --
Thin-Film Interference Filter 322 --
Tunable Filters 323 --
Chapter 11. Applications 327 --
Laboratory 1 Characteristics of a Helium-Neon Laser 327 --
Laboratory 2 Polarization, Reflection, and Filtering 330 --
Laboratory 3 Refraction and Index of Refraction 333 --
Laboratory 4 Index of Refraction for Solids 336 --
Laboratory 5 Lenses 341 --
Laboratory 6 Diffraction 345 --
Laboratory 7 Interferometers 350 --
Laboratory 8 Thin-Film Interference and Filters 355 --
Laboratory 9 Fiber Optics 360 --
Laboratory 10 Numerical Aperture 362 --
Laboratory 11 LED 366 --
Laboratory 12 Photodetectors 371 --
Laboratory 13 Fiber Coupling 374 --
Laboratory 14 Fiber Optic Communication 378 --
Laboratory 15 Linear Displacement 381 --
Appendix A. Math Operations 385 --
Trigonometric Identities 385 --
Fourier Transforms 386 --
Some Fourier Transform Pairs 386 --
Vector Operations 386 --
Appendix B. Coordinate Systems 389 --
Rectangular Coordinate System 389 --
Cylindrical Coordinate System 390 --
Spherical Coordinate System 392 --
Appendix C. Typical Permittivity of Common Materials 395 --
Appendix D. Typical Permeability of Common Materials 397 --
Appendix E. Typical Conductivity of Common Materials 399 --
Appendix F. Approximate Indices of Refraction at Optic Frequencies 401 --
Appendix G. Typical Optical Fiber Cable Attenuation 403 --
Appendix H. Electromagnetic Frequency Spectrum 405 --
Appendix I. Several Semiconductor Material Wavelengths 407 --
Appendix J. Useful Constants 409 --
Appendix K.s Radiometric and Photometric Fields 411 --
Appendix L. Smith Chart 413.

An applied study of optics with an entire section on signal processing. Tons of examples, drill problems with answers, chapter problems - perfect to be used as a self-study course for the professional

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