The full set of 39 lectures in one file

• 1 Vector fields and Lorentz force
• 2 Coulomb's and Gauss's laws

  Animations: 3 charges , 2 charges , Dipole field

• 3 Gauss's law and static charge densities
• 4 Divergence and curl
• 5 Curl-free fields and electrostatic potential
• 6 Circulation and boundary conditions
• 7 Poisson's and Laplace's equations

  Poisson solver

• 8 Conductors, dielectrics, polarization
• 9 Static fields in dielectric media
• 10 Capacitance and conductance
• 11 Conductivity, susceptibility, polarization current
• 12 Magnetic force and Ampere's law
• 13 Current sheet, solenoid, vector potential and current loops
• 14 Faraday's law and induced emf
• 15 Inductance --- solenoid, shorted coax
• 16 Charge conservation, continuity eqn, displacement current, Maxwell's equations
• 17 Magnetization current, Maxwell's equations in material media
• 18 Wave equation and plane TEM waves in source-free media
• 19 d'Alembert wave solutions, radiation from current sheets
• 20 Wave energy and Poynting theorem
• 21 Monochromatic wave solutions and phasor notation
• 22 Phasor form of Maxwell's equations and damped waves in conducting media
• 23 Impefect dielectrics, good conductors
• 24 Signal transmission, circular polarization
• 25 Wave reflections, standing waves

  Animation: Partial and total reflections

• 26 Standing waves, radiation pressure
• 27 Guided TEM waves in TL systems
• 28 Introduction to distributed circuits

  Animation: Bouncing Sine

• 29 Bounce diagrams

  Animations: UnitStep, DoublePulse

• 30 Multi-line circuits

  Animation: TwoLines

• 31 Periodic oscillations in losless TL ckts

  Animations: OpenOpenModes, OpenShortModes

• 32 Input impedance and microwave resonators
• 33 TL circuits with half- and quarter-wave transformers
• 34 Line impedance, generalized reflection coefficient, Smith Chart
• 35 Smith Chart examples

  SmithChartTool

• 36 Smith Chart and VSWR
• 37 Smith Chart and impedance matching
• 38 Distribution networks
• 39 Lossy lines