Fundamentals of Engineering Electromagnetics provides such an understanding, distilling the most important theoretical aspects and applying this knowledge to the formulation and solution of real engineering problems.

Features:

• Presents fundamental concepts such as Maxwell's equations, static fields, electromagnetic induction, waves, and more
• Includes appendices on useful constants, units and conversions, and vector analysis and coordinate systems
• Serves as a bridge between standard textbooks in electromagnetic theory and specialized references

Contents

Fundamentals of Engineering Electomagnetics Revisited

• Field Concepts and Constitutive Relations
• Maxwell's Equations, Boundary Conditions, Potentials, and Power and Energy
• Static Fields, Quasistatic Fields, and Waves

Applied Electrostatics

• The Electroquasistatic Regime
• Discrete and Distributed Capacitance
• Dielectric Permittivity
• The Origins of Electrostatic Charge
• When is ''Static'' Charge Truly Static?
• Induction Charging
• Dielectric Breakdown
• Corona Discharge
• Charges and Force
• Particle Charging in Air
• Charged Particle Motion
• Electrostatic Coating
• Electrostatic Paint Spraying
• Electrophotography
• Electrostatic Precipitation
• Field and Charge Measurement
• Electrostatic Field Mill
• Noncontacting Voltmeter
• Micromachines
• Digital Mirror Device
• Electrostatic Discharge and Charge Neutralization

Magnetostatics

• Theoretical Background and Fundamental Equations
• Applications of Magnetostatics

Electomagnetic Induction

• Theoretical Background and Fundamental Equations
• Consequences of Electromagnetic Induction
• Applications of Electromagnetic Induction and Faraday's Law
• Evaluation of Mutual and Self-Inductance
• Energy and Forces in the Magnetic Field: Implications and Applications
• Some Interesting Examples of Electromagnetic Induction

Wave Propagation

• Wave Equations and Characteristics
• Free-Space Propagation Model
• Path Loss Model
• Empirical Path Loss Formula

Transmission Lines

• Basic Transmission-Line Characteristics
• Transient Response of Lossless Transmission Lines
• Sinusoidal Steady-State Response of Transmission Lines

Waveguides and Resonators

• Mode Classifications
• Modal Fields and Cutoff Frequencies
• Properties of Metal Waveguides
• Rectangular Waveguides
• Circular Waveguides
• Coaxial-to-Waveguide Transitions
• Comparative Survey of Metal Waveguides
• Cavity Resonators

Antennas: Fundamentals

• Introduction to Radiation
• Antenna Terminology
• Simple Antenna Structures
• Antenna Arrays and Pattern Synthesis
• Smart Antennas
• Antenna Measurements

Antennas: Representative Types

• Microstrip Antennas
• Broadband Antennas
• Traveling and Leaky-Wave Antennas
• Aperture Antennas
• Phased Arrays

Electromagnetic Compatibility

• Significance of EMC to Modern Engineering Practice
• Useful Concepts and Techniques from Electromagnetics, Signals, and Circuits
• Important Coupling Mechanisms in EMC
• Practical Techniques for the Control of Interference
• EMC Standards and Techniques

Index

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