Lectures Week one
| Coulomb and Ampere
| Wave Concepts
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Lectures Week two
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Transmission Line Eqtns
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Transmission Lines and Waves
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Boundary Conditions
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Lectures Week three | Steady State Waves on a Transmission Line Zo and beta | Boundary Conditions Complex Reflection Coefficient | Standing Waves Impedance Measurement | Example 2-6 of Text (Calc of V+)
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Note on LTSpice and qucs
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Lectures Week 4
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Power Flow and Theorem
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Smith Chart
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Scattering Parameters
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Bounce Diagram
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Matching Examples
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Week 5 | Midterm Solutions | Stokes_Div_Coulomb Laws Scalar Electric Potential
| The Dipole and Multipole Expansion | | |
Week 6 | The Poisson Equation p-n junction | Drift - Diffusion and Conduction Current, Resistance, Materials | Electrostatic Boundary Conditions- Image Method | | |
Week_7 | Two-Line Transmission Line | Magnetic Forces and Torque | | | |
Week_8 | Magnetic_Vector_Potential | The Current Loop and Linear Oscillating Current Element | | | |
Week_9 | Solenoid and Magnetic Boundary Conditions | Qucs Program for 2 lambda/16 Sections | Note on Poynting Theorem | | |
Week_10 | Midterm Solutions | | | | |
Week_11 | Waves(Lossy_Media)(Guided_Waves) | The Short Dipole Antenna | The Friis Equation | | |
Final Review | Example Final | | | | |