ECSE 351 Electromagnetic Fields
Description
Maxwell's equations, electrostatics, magnetostatics and induction for power-frequency electrical engineering problems.
Credits
3.0
Electrical Engineering
Lecture notes
Subject | Semester |
---|---|
Monday, January 10, 2012L1 - Coulomb's, E-Field, Charge Distributions, Vol and Surf Integration |
Winter 2012 |
Monday, January 12, 2012E-Field given charge dist, Electric Scalar Potential, Potential due to Charge Dist, Voltage |
Winter 2012 |
Monday, January 1, 2012wrong date: Field=-grad Potential, more on gradient, dipoles, gauss |
Winter 2012 |
Monday, January 16, 2012Field=-grad Potential, more on gradient, dipoles, gauss' law |
Winter 2012 |
Monday, January 19, 2012(Actually Jan 17) Using Gauss', other forms of Gauss', divergence, conductors |
Winter 2012 |
Monday, January 20, 2012(Actually J19) E field and potential and charged conductors, shielding, charge on random shapes, numerical methods, image theory |
Winter 2012 |
Tuesday, January 1, 2012Question and Answer |
Winter 2012 |
Friday, January 20, 2012Tutorial 1 |
Winter 2012 |