1/16
Lecture 1: Transmission Lines (Telegrapher's Eq.) Inan Ch.1, Inan 2.1-2.2
1/18
Lecture 2: T-Lines (Reflection, Dispertion) Inan 2.3, 2.4
1/23
Lecture 3: T-Line Juncitons/Termination (Reactive) Inan 2.5, 2.6, 2.7
1/25
Lecture 4: T-Lines and Sinusoidal Steady-State Inan 3.1-3.3
1/30
Lecture 5: Lossy T-Lines and Matching Inan 3.4-3.5
2/1
Lecture 6: Smith Chart Inan 3.6-3.7, 3.9
2/6
Lecture 7: Electrostatics (Fields) Inan 4.1-4.4
2/8
Lecture 8: Electrostatics (Potential, Flux) Inan 4.4-4.6
2/13
Electrostatics (cont) Inan 4.7-4.8
2/15
Lecture 9: Electrostatics (Div, Fish Eq.) Inan 4.7-4.8
2/20
Lecture 10: Electrostatics (Capacitance, Laplace's Eq., Curl) Inan 4.9-4.11
2/22
Lecture 11: Capacitance and Energy Inan 4.12
2/27
Lecture 12: Dielectrics and Boundary Conditions Inan 4.10
3/1
Electrostatics (cont) Inan 4.12-4.13
3/6
Electrostatics (cont) 4.12-4.13
3/8
Lecture 13: Steady Currents 5.1-5.8
3/13
Midterm  
3/15
Lecture 14: Magnetostatics 6.1
3/20
Lecture 15: Examples of Magnetostatics 6.2-6.3
3/22
Lecture 16: Inductance; Boundary Conditions, Magnetic Energy, Magnetic Forces 6.4-6.7
3/27
Spring Recess  
3/29
Spring Recess  
4/3
Inductance  
4/5
Lecture 17: Time-Varying Fields; Faraday's Law 7.1-7.2
4/10
Lecture 18: Inductance and Energy 7.3
4/12
Lecture 19: Faraday's Law & Maxwell's Equations 7.4-7.5
4/17
Lecture 20: Electromagnetic Plane Waves 8.1
4/19
Lecture 21: Wave Propagation in Lossy Media; Poynting's Theorem 8.1
4/24
Lecture 22: Complex Poynting's Theorem; Normal Reflections 8.2
4/26
Lecture 23: Plane Wave and Oblique Incidence and Reflections notes or other E&M books
5/1
Lecture 24: Oblique Incidence on Dielectrics notes or other E&M books
5/3
Lecture 25: Field Theory of Waveguides/T-Lines notes
5/8
Lecture 26: Guided Waves notes
5/X Review