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This calendar shows the topics covered during lectures (L) and recitations (R), along with the assigned readings for each session. The reading assignments are from the course textbook, Electromagnetic Waves. by Staelin, Morgenthaler, and Kong, as well as from the lecture and recitation notes.

6.013 - Electromagnetics and Applications
Fall 2002

Wireless Communications


SES #TOPICSLEC # / REC #READINGS
1Review of vectors, ∇, ×, •, ejø, steradians, etc.R1Appdx A,B
2Conservation of energy, power, G(θ,Φ), Ae, Rr, VTh, r.f. linksL1 (PDF)L1 Notes (PDF)
3RF link examples, square-law detectors, E = hf, optical examplesR2 (PDF)R2 Notes (PDF)
4Maxwell's equations (t), E, H, uniform plane waves; DEMO UPW movieL2 (PDF)1.1-3
5Poynting Theorem derivation (time), UPW exampleR31.6
6Radiation by charges p, current J: static, dynamic (t); DEMO dipole videoL3 (PDF)2.1-2
7Complex numbers, phasors, Maxwell's equations, Poynting theorem, radiationR4Apdx A, 1.6, 2.2
8Radiation by current elements, near & far fields, patterns; DEMO array moviesL4 (PDF)2.3, 9.2<414
9Radiation by arrays, slits (r.f. and optical), G(θ)R52.4, 9.4<428
10Receiving antennas: VTh induced in dipoles and loops; d<< λ/2Π, G = 4Π A/λ2, mirror imagesL5 (PDF)9.4 p430-6, 9.5
11Diffraction from apertures (transmission and reception)R69.8 <> 474-5
12Examples: arrays, frequency reuse, satellites, multipath; DEMO laser diffractionL6 (PDF)L6 Notes (PDF)
13Link examples: communicationsR79.4 p430-6(9.7)9.8

Media and Boundaries
SES #TOPICSLEC # / REC #READINGS
14Electromagnetic fields in media, uniaxial media, QWP; DEMO stressed mediaL7 (PDF)3.1-3
15Plasmas, lossy media, skin depthR83.4, 3.6<103
16Integral Maxwell's equations, boundary conditions, σ = ∞ DEMO waves-in-media moviesL8 (PDF)4.1-2<132
17Examples: media, communications links involving media. Derive vp, vg for 2 sinesR93.5
18k•r, phase matching, NUPW, Snell's law, DEMOS: laser and prism; dispersion moviesL9 (PDF)4.3<151
19TE at planar boundary, TM by duality, Brewster's angle; DEMO Brewster's angleR104.3

Circuits

SES #TOPICSLEC # / REC #READINGS
20Kirchoff's current, voltage laws, electroquasistatics, relaxationL10 (PDF)L10 Notes (PDF), 3.4<88;95-6
21Poisson, superposition; examples, resistors R, capacitors CR11Rec 11 notes (PDF), 4.2R<9
22Inductors: wires, solenoidal, toroidal, L, R, Q; DEMO 8.2.1 H  near solenoidL11 (PDF)L11 Notes (PDF)
23Transformers: air, iron, imperfect coupling, B-H curves, memory; DEMO 1.6.1, 9.4.1R12L11 Notes (PDF), other
24HOLIDAY - NO CLASS  -         -
25QUIZ REVIEW (up through Session 19)  -         -
-QUIZ 1 (Covers through Session 19)  -         -

Motors, Generators, MEMS, and Power Transmission
SES #TOPICSLEC # / REC #READINGS
26Lorentz forces on e-beams, C plates, force from ∂w/ ∂z; generators and sensorsR13R13 notes (PDF)
27Magnetic forces: electron optics, motors and generators, Hall effect DEMO E/H force movieL12 (PDF)L12 notes (PDF)
28Examples: force via system energy derivatives, motors, generatorsR14R14 notes
29Reluctance motors, permanent magnets, wave forcesL13 (PDF)L13 notes (PDF)
30Solenoids; examples of electric and magnetic forces, motors and generatorsR15L12-3 notes

Limits to Computation Speed
SES #TOPICSLEC # / REC #READINGS
31Device and line delays; TEM parallel-plate line, telegraphers' eqn.; DEMO fluorescent 







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