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302 Traveling Waves And Fields (3) Dimensions in electromagnetic wave propagation; per unit length parameters of common transmission line configurations; derivation of general time-domain and time-harmonic (phasor) forms of transmission line equations; Laplace transform solution to arbitrary time excitations-the bounce diagram; introduction to the concept of voltage and current traveling waves; input impedance, VSWR and power flow on a transmission line; open-and short-circuit, lambda/4 and lambda length lines; Smith Chart & applications; lossy lines; complex vectors; review of Gauss's, Faraday and Ampere's laws of electromagnetism and differential form of Maxwell's equations; time-harmonic form of Maxwell's equations; Poynting vector; boundary conditions; wave equation from Maxwell's equations; uniform plane waves in lossy and lossless media; power flow in uniform plane waves; skin depth; normal incidence of uniform plane waves on good conductors. Prerequisites: MATH 250, Phys 250, Pre-/Co-requisite: ECE 341 or ECE 401H, co-requisite ECE 303
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