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UNIVERSITY OF CALIFORNIA |
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College of Engineering |
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Department of Electrical Engineering |
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and Computer Sciences |
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T. K. Gustafson |
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Syllabus |
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EECS117 |
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Week |
Week of |
Note
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Lecture |
Reading* |
Lab |
| 1 |
Jan 18
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INature of Electric and Magnetic Fields, statics and dynamics |
1-1,1-2
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General example of travelling wave motion- Waves on a string |
1-3,1-4
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No Lab in
week 1 |
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Review of complex notation and phasors |
1-5,1-6
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| 2 |
Jan 25 |
Mon |
Phasors continued |
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Lossles destrbuted circuit ( G-prime=R-prime =0 in Sec. 2-3) |
2-1 to 2-4
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Coupled Oscillators
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Reflection Coefficient , Standing Waves, Slotted Line |
2-5
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| 3 |
Feb 1 |
Mon |
IInput Impedance, quarter wave line, power flow |
2-6 to 2-8 |
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Smith Chart, standing wave ratio |
2-9
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Slotted Line , S.W.R. meter
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| | | | Scattering Parameters and the Network Analyzer | Notes
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Impedance matching |
2-10 |
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| 4 |
Feb 8 |
Mon |
Transients on transmission lines, |
2-11
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Bounce Diagrams |
2.7 & 2.8 |
Smith Chart, Network Analyzer
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The capacitively loaded line and implications for digital systems |
Example 5.5e RWVD |
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| 5 |
Feb 15 |
Holiday |
Coordinate Systems, Vectors |
3-1 to 3-3 |
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Gradient, Divergence and Curl
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3-4 to 3-6
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DisPulse Prop , Dispersion |
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Laplacian and the D'Alambertian |
3-7 and Notes |
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| 6 |
Feb 22 |
Mon |
Review of midterm material |
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Quotation of Maxwell's Equations and static approximations |
4-1
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No New Lab |
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Feb 26 |
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Midterm 1 ( Friday Feb 26 ) |
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| 7 |
March 1 |
Mon |
Current, Coulomb's "Law" and some electrostatic solutions |
4-2 to4-4
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Gauss's Law, electric scalar potential, the electric dipole |
4-5 |
Static Dipole Fields
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Constituitive relations , polarization and displacement |
4-6 to 4-8 |
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| | | | The p-n junction depletion region and Poisson's Eqn | notes | |
| 8 |
March 8 |
Mon |
Handling Boundary Conditions and the image method |
4-9 and 4-12
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Capacitance, the coaxial line capacitance |
4-10
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Resistive Analog
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Electrostatic energy |
4-11 |
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| 9 |
Marcht 15 |
Mon |
Magnetostatics, magnetic forces and torque |
5-1 |
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The Biot Savart Law consistent with B= curl ( Vector ) |
5-2
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Hall Effect Measurement
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Magnetic Force, the Hall effect |
5-3 |
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| 10 |
March 22 to March 26 --- Spring Break |
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8.1-8.4 |
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| 11 |
March 29 |
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Ampere's Law, Div(B), and Magnetic Vector Potential |
5-4, 5-5
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Magnetic permeability, relation to spin |
5-6 |
Coils, Caps, Inductance |
| | | | Boundary Conditions, Inductance, solenoid, Magnetic Energy | 5-7 to 5-9 | |
| 11 |
April 5 |
Mon |
Dynamic Fields, Maxwell's Equations, Applications of Faraday |
6-1 to 6-7 |
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Review |
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No New Lab |
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April 9 |
Fri |
Midterm 2 (Friday Nov 6) |
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| 12 |
April 12 |
Mon
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Boundary Conditions, continuity, charge relaxation |
6-8 to 6-10 |
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Retarded Potentials |
6-11
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Plane Wave Propagation in lossless and lossy media |
Chapt 7
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Basic Optics, Diffraction |
| 13 |
April 19 |
Mon
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EM Waves at Boundaries , transmission line analogs |
Chapt 8
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The spherical lens, Gaussian beams |
8-6 to 8-8
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Antenna, Radiation, Friis
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| 14 |
April 26 |
Mon |
Antennas, the Herzian dipole |
9-1
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The Friis equation and a wireless example |
9-6
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Antenna parameters (Gain, directivity, resistance )
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9-2-9-5
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| 15 |
May 3 |
Mon |
Antenna Arrays |
9-9, 9-10 |
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Diffraction |
9-7 |
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Last Class |
Review |
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Final Exam |
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* From Text: Fundamentals of Applied Electromagnetics, 4'th Ed (Media Ed). Fawwaz T. Ulaby (Prentice-Hall) |
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