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Course Information and Resources:
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Course Textbook - Fawwaz T. Ulaby, Fundamentals of Applied Electromagnetics, 5th Ed., Prentice-Hall, 2010, ISBN 0-13-241326-4
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Syllabus and Grading Policy (Fall 2010) ece3313syllabus.pdf (51 KB)
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Course Coverage
- Chapter 3 - Vector Analysis
- Chapter 4 - Electrostatics
- Chapter 5 - Magnetostatics
- Chapter 6 - Electromagnetic Fields
- Chapter 7 - Plane Wave Propagation
- Chapter 8 - Wave Reflection and Transmission
- Chapter 2 - Transmission Lines
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Course Notes
- Chapter 3 ece3313vector_analysis.pdf (1366 KB)
Introduction / Vector algebra / Coordinate systems / Component scalars and component vectors / Dot product / Cross product / Coordinate and unit vector definitions / Vector definitions and coordinate transformations / Separation distances / Constant coordinate surfaces / Differential lengths, surfaces and volumes
- Chapter 4 ece3313electrostatics.pdf (6137 KB)
Electrostatic fields / Coulomb's law / Electric field definition / Electric fields of charge distributions / Electric flux density / Gauss's law / Electric scalar potential / Potentials of charge distributions / Electric field as the gradient of the potential / Electric fields in material space / Conductivity / Conduction current / Polarization / Electric field boundary conditions / Capacitors and capacitance / Relaxation time / Divergence operator / Gauss's law in differential form / Divergence theorem / Energy in an electric field / Image theory / Faraday's law for electrostatic fields
- Chapter 5 ece3313magnetostatics.pdf (4124 KB)
Magnetostatic fields / Magnetic force on a moving charge / Magnetic forces on current carrying conductors / Torque on a loop / Biot-Savart law / Magnetic field due to a circular loop / Forces between current carrying conductors / Ampere's law / Magnetic field of a sheet of current / Differential form of Ampere's law / Curl operator / Stoke's theorem / Gauss's law for magnetic fields / Magnetization / Magnetic materials / Magnetic boundary conditions / Inductors and inductance / Solenoid / Toroid
- Chapter 6 ece3313time-varying_fields.pdf (2093 KB)
Maxwell's equations - dynamic fields / Faraday's law - complete form / Transformer induction / Motional induction / Transformer / Displacement current / Ampere's law - complete form / Electromagnetic field boundary conditions / Continuity equation
- Chapter 7 ece3313electromagnetic_waves.pdf (3997 KB)
Time-harmonic electromagnetic fields / Phasors / Electromagnetic waves / Properties of electromagnetic waves / Complex permittivity / Polarization of electromagnetic waves / Wave propagation in good conductors / Skin effect / Electromagnetic power density and the Poynting vector
- Chapter 8 ece3313plane_wave_reflection_transmission.pdf (923 KB)
Plane wave reflection/transmission at an interface (normal incidence) / Reflection coefficient / Transmission Coefficient / Standing waves / Standing wave ratio
- Chapter 2 ece3313transmission_lines.pdf (5919 KB)
Transmission lines / Mode classifications / Transmission line equations / Per-unit-length parameters / Distributed model equivalent circuit / Propagation constant / Characteristic impedance / Lossless line / Distortionless line / Transmission line circuit / Transmission line input impedance / Terminations / Reflection Coefficient / Standing wave ratio / Smith chart / Quarter wave transformer / Stub tuner / Power flow on transmsission lines / Transients on transmission lines
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Quiz Outlines
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Old Quizzes with Solutions
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Answers to Homework Problems Not in Textbook
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Lab Experiments
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Lab Policy Manual
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Smith Chart Resources
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