Book description
Approx.410 pagesApprox.410 pages
Table of contents
- Cover
- Title Page
- Copyright
- Preface
- Acknowledgments
- Table of Contents
-
Chapter 1: Introduction and Survey of the Electromagnetic Spectrum
- The Need for Electromagnetics
- The Electromagnetic Spectrum
- Electrical Length
- The Finite Speed of Light
- Electronics
- Analog and Digital Signals
- RF Techniques
- Microwave Techniques
- Infrared and the Electronic Speed Limit
- Visible Light and Beyond
- Lasers and Photonics
- Summary
- Bibliography: General Topics for Chapter 1
- Bibliography: State-of-the-Art Electronics
-
Chapter 2: Fundamentals of Electric Fields
- The Electric Force Field
- Other Types of Fields
- Voltage and Potential Energy
- Charges in Metals
- The Definition of Resistance
- Electrons and Holes
- Electrostatic Induction and Capacitance
- Insulators (Dielectrics)
- Static Electricity and Lightning
- The Battery Revisited
- Electric Field Examples
- Conductivity and Permittivity of Common Materials
- Bibliography: Electric Fields and Conduction
- Bibliography: Static Electricity and Lightning
- Chapter 3: Fundamentals of Magnetic Fields
-
Chapter 4: Electrodynamics
- Changing Magnetic Fields and Lenz’s Law
- Faraday’s Law
- Inductors
- AC Circuits, Impedance, and Reactance
- Relays, Doorbells, and Phone Ringers
- Moving Magnets and Electric Guitars
- Generators and Microphones
- The Transformer
- Saturation and Hysteresis
- When to Gap Your Cores
- Ferrites: The Friends of RF, High-Speed Digital, and Microwave Engineers
- Maxwell’s Equations and the Displacement Current
- Perpetual Motion
- What About D and H? The Constitutive Relations
- Bibliography
-
Chapter 5: Radiation
- Storage Fields Versus Radiation Fields
- Electrical Length
- The Field of a Static Charge
- The Field of a Moving Charge
- The Field of an Accelerating Charge
- X-Ray Machines
- The Universal Origin of Radiation
- The Field of an Oscillating Charge
- The Field of a Direct Current
- The Field of an Alternating Current
- Near and far Field
- The Fraunhofer and Fresnel Zones
- Parting Words
- Bibliography
-
Chapter 6: Relativity and Quantum Physics
- Relativity and Maxwell’s Equations
- Space and Time are Relative
- Space and Time Become Space-Time
- The Cosmic Speed Limit and Proper Velocity
- Electric Field and Magnetic Field Become the Electromagnetic Field
- The Limits of Maxwell’s Equations
- Quantum Physics and the Birth of the Photon
- The Quantum Vacuum and Virtual Photons
- Explanation of the Magnetic Vector Potential
- The Future of Electromagnetics
- Relativity, Quantum Physics, and Beyond
- Bibliography and Suggestions for Further Reading
- Chapter 7: The Hidden Schematic
-
Chapter 8: Transmission Lines
- The Circuit Model
- Characteristic Impedance
- The Waveguide Model
- Relationship Between the Models
- Reflections
- Putting it All Together
- Digital Signals and the Effects of Rise Time
- Analog Signals and the Effects of Frequency
- Impedance Transforming Properties
- Impedance Matching for Digital Systems
- Impedance Matching for RF Systems
- Maximum Load Power
- Measuring Characteristic Impedance: TDRS
- Standing Waves
- Bibliography
-
Chapter 9: Waveguides and Shields
- Reflection of Radiation at Material Boundaries
- The Skin Effect
- Shielding in the Far Field
- Near Field Shielding of Electric Fields
- Why You Should Always Ground a Shield
- Near Field Shielding of Magnetic Fields
- Waveguides
- Resonant Cavities and Schumann Resonance
- Fiber Optics
- Lasers and Lamps
- Bibliography
- Chapter 10: Circuits as Guides for Waves and S-Parameters
-
Chapter 11: Antennas
- The Electric Dipole
- The Electric Monopole
- The Magnetic Dipole
- Receiving Antennas and Reciprocity
- Radiation Resistance of Dipole Antennas
- Feeding Impedance and Antenna Matching
- Antenna Pattern Versus Electrical Length
- Polarization
- Effects of Ground on Dipoles
- Wire Losses
- Scattering by Antennas, Antenna Aperture, and Radar Cross-Section
- Directed Antennas and the Yagi-Uda Array
- Traveling Wave Antennas
- Antennas in Parallel and the Folded Dipole
- Multiturn Loop Antennas
- Bibliography and Suggestions for Further Reading
-
Chapter 12: EMC
- Self-Compatibility and Signal Integrity
- Frequency Spectrum of Digital Signals
- Conducted Versus Induced Versus Radiated Interference
- Crosstalk
- Circuit Layout
- PCB Transmission Lines
- The Path of Least Impedance
- The Fundamental Rule of Layout
- Shielding on PCBS
- Common Impedance: Ground Rise and Ground Bounce
- Star Grounds for Low Frequency
- Distributed Grounds for High Frequency: The 5/5 Rule
- Tree or Hybrid Grounds
- Power Supply Decoupling: Problems and Techniques
- Power Supply Decoupling: The Design Process
- RF Decoupling
- Power Plane Ripples
- 90 Degree Turns and Chamfered Corners
- Layout of Transmission Line Terminations
- Routing of Signals: Ground Planes, Image Planes, and PCB Stackup
- 3W Rule for Preventing Crosstalk
- Layout Miscellany
- Layout Examples
- Ground Loops (Multiple Return Paths)
- Differential Mode and Common Mode Radiation
- Cable Shielding
- Bibliography and Suggestions for Further Reading
- Chapter 13: Lenses, Dishes, and Antenna Arrays
- Chapter 14: Diffraction
- Chapter 15: Frequency Dependence of Materials, Thermal Radiation, and Noise
- Appendix A: Electrical Engineering Book Recommendations
- Index
- Instructions for online access
Product information
- Title: Electromagnetics Explained
- Author(s):
- Release date: June 2002
- Publisher(s): Newnes
- ISBN: 9780080505237
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