• topics 1 includes skin depth, ac resistance, cable inductance, cable capacitance, variation of capacitance and inductance, electric and magnetic field plotting for cables, even mode, odd mode, lumped cable model, characteristic impedance
  • topics 2 includes vswr, swr, standing wave ratio, sinusoidal steady state transmission line analysis, multiple transmission lines, matching pads, input impedance of transmission lines, propagation constant, transient analysis of transmission lines, reflection coefficient, transmission coefficient, timing diagrams, bounce diagrams, transit time, sinusoidal steady state current and voltage along mulitple transmission lines, attenuation coefficient and Fourier series
  • topics 3 includes conversion between the time and frequency domain, traveling waves, wave speed, wavelength, polarization, direction of propagation, Poynting vector, time average, power, instantaneous power, attenuation constant, phase constant, velocity, frequency, good conductor, good insulator, approximations, binomial expansion, date transfer under ground, complex permittivity, wave equation,
  • topics 4 includes multilayer shields analysis, electrically thick, electrically thin, multireflection loss, reflection loss, absorption loss, reflection cofficient, transmission coefficient, intrinsic impedance, electric and magnetic boundary conditions, perfectly magnetic, radar signals and moving objects
  • topics 5 includes wave equation, waveguides, cutoff frequency, modes, TE, TM, attenuation, surface current density, medium velocity, phase velocity, group velocity, instantaneous Poynting vector, time average Poynting vector, surface resistivity
  • topics 6 includes ohmic resistance, radiation resistance, antenna current distribution, radiation pattern, small loop antenna, antenna Q, bandwidth, efficiency, Friss's equation, dBi, dBd, antenna gain, antenna directivity, effective radiated power, ERP,
  • topics 7 includes Mathcad student problems on approximations, traveling waves, velocity of traveling waves
  • topics 8 includes Mathcad student problems on transient analysis of multiple transmission lines
  • topics 9 includes Mathcad student problems on sinusoidal steady state analysis of multiple transmission lines, VSWR, SWR, lossey lines
  • topics 10 includes Mathcad student problems on sinusoidal steady state analysis of multilayer shields, electric field and magnetic field distribution inside shields