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| set | courseware | |
| C-01 |
syllabus electrostatic notes magnetostatic notes dynamic fields notes IEEE Style Manual grammar etc. from NASA CST MWS studio tutorials |
pdf |
| C-02 |
Coulomb's law and the electric field - ES notes infinite line charge - ES notes infinite surface charge - ES notes |
video video video |
| C-03 |
surface integration - Cartesian - ES notes surface integration - numeric - ES notes Gauss' law - spherical - ES notes Gauss - cylindrical - ES notes |
video video video video |
| C-04 |
Gauss' law - point charge - ES notes Gauss' law - spherical distribution - ES notes Gauss' law - line charge - ES notes Gauss' law - cylindrical surface charge - ES notes Gauss' law - cylindrical distributed charge - ES notes |
video video video video video |
| C-05 |
divergence - ES notes point form of Gauss - ES notes charge from fields - ES notes |
video video video |
| C-06 |
potential energy, potential, fields - ES notes potential surfaces - ES notes |
video video |
| C-07 |
potential difference from field - line integrals - ES notes cylindrical coordinates, conservative field - ES notes |
video video |
| C-08 |
conservative and non-conservative fields - ES notes path integrals along prescribed paths - ES notes |
video video |
| C-09 |
Poisson's and Laplace's equations - ES notes Laplace's equation - ES notes Laplace's equation in cylindrical coordinates - ES notes Laplace's equation, finite difference - ES notes |
video video video video |
| C-10 |
Laplace's equation, resistance of disk - ES notes Joule's law - ES notes finding resistance using Joule's law - ES notes |
video video video |
| C-11 |
cylindrical resistance - ES notes boundary conditions - ES notes |
video video |
| C-12 |
boundary conditions for PECs - ES notes Incremental resistance - ES notes |
video video |
| C-13 |
permittivity - ES notes dielectric strength - ES notes parallel-plate capacitance - ES notes cylindrical capacitance - ES notes |
video video video video |
| C-14 | incremental capacitance - ES notes | video |
| C-15 |
capacitance and energy - ES notes energy and force - ES notes |
video video |
| C-16 |
magnetic forces and fields - MS notes field of line current using Biot-Savart - MS notes |
video video |
| C-17 |
line current using Ampere's law - MS notes current density using Ampere's law - MS notes nature of magnetic flux - MS notes magnetic flux linking area - MS notes conservation of magnetic flux - MS notes point form of Ampere's law - MS notes |
video video video video video video |
| C-18 |
magnetic forces - MS notes permeability - MS notes |
video video |
| C-18 |
reluctance - MS notes non-homogenous permeability - MS notes energy density - MS notes |
video video video |
| C-22 |
magnetic actutors - MS notes charge conservation - DF notes charge relaxation - DF notes |
video video video |
| C-23 |
Farday's law - DF notes Faraday's law: transformer and motional EMF - DF notes Faraday's law: transformer and motional EMF example - DF notes |
video video video |
| C-24 |
Inductance and the magnetic circuit approximation - DF notes Ideal transformer - DF notes |
video video |
| C-25 |
Electromagnetics and Maxwell's equations - DF notes Electromagnetic waves - DF notes |
video video |
| C-26 |
Harmonic analysis, frequency-domain, Maxwell's eqns. - DF notes wave propagation, 300 MHz in air - DF notes TEM wave propagation - DF notes wave propagation, 1 GHz - DF notes |
video video video video |
| C-27 |
Harmonic analysis, frequency-domain, Maxwell's eqns. - DF notes wave propagation, 300 MHz in air - DF notes TEM wave propagation - DF notes wave propagation, 1 GHz - DF notes |
video video video video |
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