- Cover
- Title Page
- Preface
- 1 Electric and Magnetic Fields
- 1.1 Introduction
- 1.2 Electrons and the Force Field
- 1.3 The Electric Field and Voltage
- 1.4 Electric Field Patterns and Charge Distributions
- 1.5 Field Energy
- 1.6 Dielectrics
- 1.7 Capacitance
- 1.8 Capacitors
- 1.9 The D or Displacement Field
- 1.10 Mutual and Self Capacitance
- 1.11 Current Flow in a Capacitance
- 1.12 The Magnetic Field
- 1.13 The B Field of Induction
- 1.14 Inductance
- 1.15 Inductors
- 1.16 The Inductance of a Solenoid in Air
- 1.17 Magnetic Field Energy Stored in Space
- 1.18 Mutual Inductance
- 1.19 Transformer Action
- 1.20 Poynting’s Vector
- 1.21 Resistors and Resistance
- Problem Set
- Glossary
- Answers to Problems
- 2 Transmission Lines—Part 1
- 2.1 Introduction
- 2.2 The Ideal World
- 2.3 Transmission Line Representations
- 2.4 Characteristic Impedance
- 2.5 Waves and Wave Velocity
- 2.6 The Balance of Field Energies
- 2.7 A Few Comments on Transmission Lines
- 2.8 The Propagation of a Wave on a Transmission Line
- 2.9 Initial Wave Action
- 2.10 Reflections and Transmissions at Impedance Transitions
- 2.11 The Unterminated (Open) Transmission Line
- 2.12 The Short‐Circuited Transmission Line
- 2.13 Voltage Doubling and Rise Time
- 2.14 Matched Shunt Terminated Transmission Lines
- 2.15 Matched Series Terminated Transmission Lines
- 2.16 Extending a Transmission Line
- 2.17 Skin Effect
- Problem Set
- Glossary
- Answers to Problems
- 3 Transmission Lines—Part 2
- 3.1 Introduction
- 3.2 Energy Sources
- 3.3 The Ground Plane/Power Plane as an Energy Source
- 3.4 What Is a Capacitor?
- 3.5 Turning Corners
- 3.6 Practical Transmissions
- 3.7 Radiation and Transmission Lines
- 3.8 Multilayer Circuit Boards
- 3.9 Vias
- 3.10 Layer Crossings
- 3.11 Vias and Stripline
- 3.12 Stripline and the Power Plane
- 3.13 Stubs
- 3.14 Traces and Ground (Power) Plane Breaks
- 3.15 Characteristic Impedance of Traces
- 3.16 Microstrip
- 3.17 Centered Stripline
- 3.18 Asymmetric Stripline
- 3.19 Two‐Layer Boards
- 3.20 Sine Waves on Transmission Lines
- 3.21 Shielded Cables
- 3.22 Coax
- 3.23 Transfer Impedance
- 3.24 Waveguides
- 3.25 Balanced Lines
- 3.26 Circuit Board Materials
- Problem Set
- Glossary
- Answers to Problems
- 4 Interference
- 4.1 Introduction
- 4.2 Radiation—General Comments
- 4.3 The Impedance of Space
- 4.4 Field Coupling to Open Parallel Conductors (Sine Waves)
- 4.5 Cross‐Coupling
- 4.6 Shielding—General Comments
- 4.7 Even‐Mode Rejection
- 4.8 Ground—A General Discussion
- 4.9 Grounds on Circuit Boards
- 4.10 Equipment Ground
- 4.11 Guard Shields
- 4.12 Forward Referencing Amplifiers
- 4.13 A/D Converters
- 4.14 Utility Transformers and Interference
- 4.15 Shielding of Distribution Power Transformers
- 4.16 Electrostatic Discharge
- 4.17 Aliasing Errors
- Glossary
- 5 Radiation
- 5.1 Introduction
- 5.2 Standing Wave Ratio
- 5.3 The Transmission Coefficient τ
- 5.4 The Smith Chart
- 5.5 Smith Chart and Wave Impedances (Sine Waves)
- 5.6 Stubs and Impedance Matching
- 5.7 Radiation—General Comments
- 5.8 Radiation from Dipoles
- 5.9 Radiation from Loops
- 5.10 Effective Radiated Power for Sinusoids
- 5.11 Apertures
- 5.12 Honeycomb Filters
- 5.13 Shielded Enclosures
- 5.14 Screened Rooms
- 5.15 Line Filters
- Glossary
- Appendix A: Sine Waves in Circuits
- A.1 Introduction
- A.2 Unit Circle and Sine Waves
- A.3 Angles, Frequency, and rms
- A.4 The Reactance of an Inductor
- A.5 The Reactance of a Capacitor
- A.6 An Inductor and a Resistor in Series
- A.7 A Capacitor and a Resistor in Series
- A.8 The Arithmetic of Complex Numbers
- A.9 Resistance, Conductance, Susceptance, Reactance, Admittance, and Impedance
- A.10 Resonance
- A.11 Answers to Problems
- Appendix B: Square‐Wave Frequency Spectrum
- Appendix C: The Decibel
- Appendix D: Abbreviations and Acronyms
- Index
- End User License Agreement
Fast Circuit Boards
Energy Management
Ralph Morrison
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