Electromagnetic Waves Staelin Pdf
- Electromagnetic Waves David H Staelin Pdf
- Electromagnetic Waves Pdf
- Electromagnetic Waves Staelin Morgenthaler Kong Pdf
| SES # | TOPICS | NOTES | |
|---|---|---|---|
| Foundations | |||
| L1 | Foundations, forces and fields, Gauss's and Ampere's laws (∫) for static fields | (PDF) | |
| L2 | Media, boundary conditions | (PDF) | |
| L3 | Review vector operators; Maxwell's differential equations (t), E, H, uniform plane wave; sin (ωt) | (PDF) | |
| L4 | Poynting theorem derivation (time), UPW example (we, wm, S(t)) | (PDF) | |
| Forces, motors, generators, and MEMS | |||
| L5 | Electric forces on e-beams, C plates, force from ∂w/∂z; generators and sensors | (PDF) | |
| L6 | Magnetic pressure, rotary wire and reluctance motors, forces on materials | (PDF) | |
| L7 | Static Φ and fields, Laplace's equation, separation of variables (x,y,z); inhomogeneous materials | (PDF) | |
| Waves in media and at boundaries | |||
| L8 | Electromagnetic fields in media, uniaxial media, quarter-wave plate | (PDF) | |
| L9 | Boundary conditions, k•r, phase matching, non-uniform plane wave, Snell's law | (PDF) | |
| L10 | TE at planar boundary, TM by duality, Brewster's angle | (PDF) | |
| Limits to computation speed | |||
| L11 | Device and line delays; TEM parallel-plate line, telegraphers' equation, Zo | (PDF) | |
| L12 | Transients: Thevenin equivalents; L, C, diode loads; initial conditions; lossy TEM | (PDF) | |
| RF/microwave guidance and filtering | |||
| L13 | Architecture, generalized TEM line, Ζ(z), Γ(z), Ζ transformations | (PDF) | |
| L14 | RLC resonators, series, parallel, ωo, ∆ω, α, QL, QI, QE, coupling | (PDF) | |
| L15 | TEM resonators, we(t), wm(t), Q, ∆ω, examples; V(z,f) | (PDF) | |
| L16 | TEmn rectangular waveguide, cavity resonators, perturbations | (PDF) | |
| Wireless communications | |||
| L17 | Conservation of energy, power, G(θ,φ), Ae= Gλ2 /4π, Rr, VTh, RF links | (PDF) | |
| L18 | Radiation by current elements, Hertzian dipole, near and far fields; Biot-Savart | (PDF - 1.6MB) | |
| L19 | Receiving antennas: VTh in dipoles and loops; d<<λ/2π, G = 4πA/λ2 | (PDF) | |
| L20 | Aperture antennas, diffraction | (PDF) | |
| Optical communications | |||
| L21 | Optical fibers, applications, dielectric slab waveguide, fiber design | (PDF) | |
| L22 | Lasers | (PDF) | |
| Acoustics | |||
| L23 | Acoustic waves, boundary conditions, reflections, antennas | (PDF) | |
| L24 | Course philosophy, resonator perturbations and speech generation | (PDF) | |
Fields and Waves 25762 Fall 2014. Electromagnetic Waves, D. Introduction to Electromagnetic Waves and Their Applications. Since the waves of these flelds travel with the same speed as the original voltage wave, it is a good bet that electromagnetic waves have something to do with light. The reasoning here is that there probably aren’t too many things in the world that travel with the speed of light. Electromagnetic Wave Propagation in Turbulence Evaluation and Application of Mellin. Download encore 4.5. Electromagnetic Waves, David H. Staelin, 1994.
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