EE540 Advance Electromagnetic Theory & Antennas

Lecture 0: Introduction:        

Lecture 1: Review of Maxwell's Equations:                

Lecture 2: Electromagnetic boundary conditions:                

Lecture 3: Derivations of Electromagnetic boundary conditions:                

Lecture 4: Time Harmonic Electromagnetic Fields & Vector Potentials:                

Lecture 5: Uniqueness theorem, Field Equivalence Principle 1:                

Lecture 6: Maxwell's Equations and Boundary Conditions (Revisited), Field Equivalence Principles 2 & 3:                

Lecture 7: Method of Images:                

Lecture 8: Application of Field Equivalence Principle & Method of Images, Reciprocity:                

Lecture 9: Spherical, Cylindrical and Plane Waves (Intuitive):                

Lecture 10: Helmholtz Wave Equation and Solution in Cartesian Coordinates (Plane Waves):                

Lecture 11: Helmholtz Wave Equation and Solution in Cylindrical Coordinates (Cylindrical Waves):                

Lecture 12: Relation between transversal and longitudinal fields (Cylindrical Waves) & Vector Potentials (Revisited):                

Lecture 13: Helmholtz Wave Equation and Solution in Spherical Coordinates (Spherical Waves):                

Lecture 14: Introduction to antennas, Basic radiation equation, Wave equation for potentials, Green's function for free space:                

Lecture 15: Hertz Dipole:                

Lecture 16: Antenna pattern and parameters:                

Lecture 17: Antenna pattern and parameters (contd.):                

Lecture 18: Kind antennas: Dipole antennas and Loop antennas                

Lecture 19: Antenna arrays:                

Lecture 20: Hertz dipole (revisited), Chu-Harrington criteria:                

Lecture 21: Radiation from an arbitrary electric current density: VED & HED as particular cases                

Lecture 22:Radiation from VMD & HMD, Proof of Method of Images                

Lecture 23: Proof of Method of Images (Contd.)                

Lecture 24: Far field electric field of an aperture antenna                

Lecture 25: Far fields of uniform rectangular and circular apertures                

Lecture 26: Far fields of open ended rectangular and circular waveguide                

Lecture 27: Horn antenna fundamentals and H-plane sectoral horn antenna                

Lecture 28: E-plane sectoral horn antenna                

Lecture 29: Pyramidal horn antenna                

Lecture 30: Reflector antenna I: Flat-plate and corner reflectors                

Lecture 31: Reflector antenna II: Parabolic reflector                

Lecture 32: Slot antenna and arrays                

Lecture 33: Microstrip antennas