Electromagnetics II

Topic outline

• General
  
  

  General

  Course Instructor

  Assoc. Prof. Dr. Rasime Uyguroğlu e-mail: rasime.uyguroglu@emu.edu.tr

  • EENG 331 Course Description File 153.1KB PDF document Uploaded 24/09/19, 05:31
• Assignments
  
  

  Assignments
• Course Description
  
  

  Course Description
• Course Rationale and Goals
  
  

  Course Rationale and Goals

  • Students will become more familiar with fundamental theory of electrodynamics. 
  • Students will learn  the basic applications of Maxwell's equations.
  • Students will learn basic properties of electromagnetic plane waves. 
  • Students will learn basic transmission line theory. 
  • Students will learn basic impedance matching concepts. 
    
• Maxwell's Equation
  
  

  Maxwell's Equation

  In some application areas of time-varying fields, revision of static fields, Time- varying fields, Faraday's Law of Electromagnetic Induction, Lenz's Law, displacement current density, modified Ampere's law, integral forms of the Maxwell's equations. Constitutive Relations. Wave Equations for E and H fields. Power flow, energy, Poynting's Theorem. Sinusoidally changing EM fields, phasor forms of Maxwell's Equations and Wave Equations. Uniform Plane Waves, Polarization of Uniform Plane Waves.

  • Lecture 1 - Introduction File
  • Lecture 2 - Faraday's Induction Law File
  • Lecture 3 - Maxwell's Equations File
  • Lecture 4 - Wave Equations File
  • Lecture 5 - Power Flow, Energy, Poynting's Theorem File
  • Lecture 6 - Phasor Fields File
• Uniform Plane Waves
  
  

  Uniform Plane Waves

  • Lecture 7 Unifrom Plane Waves I File 538.1KB PDF document Uploaded 27/03/20, 19:50
  • Lecture 8 - Uniform Plane Waves II File
  • Lecture 9 - Polarization of Uniform Plane Waves File
• Plane Waves In Lossy Media
  
  

  Plane Waves In Lossy Media

  Classification of lossy materials,  loss tangent, complex permittivity, complex propagation constant, complex wave-number,  attenuation and phase constants, approximate formulas for Low loss dielectrics and good conductors.

  • Lecture Notes - Conducting Materials I File
  • Conducting Materials II File 71.1KB PDF document Uploaded 14/12/17, 10:39
  • Classification of Conducting Materials File
• Reflection and Refraction of Plane Waves at Plane Boundaries
  
  

  Reflection and Refraction of Plane Waves at Plane Boundaries

  Oblique Incidence case, Total Reflection, Perpendicular Polarization, Parallel Polarization, Brewster Angle of no Reflection, Normal Incidence Case. 

  • Lecture Notes - Reflection and Refraction 1 File
  • Lecture Notes - Reflection and Refraction 2 File
  • Lecture Notes- Reflection and Refraction 3 File
  • Reflection Refraction 4 File 145.5KB PDF document Uploaded 14/05/24, 08:35
• Transmission Lines
  
  

  Transmission Lines

  Introduction, Transmission Lime Parameters, Transmission Line Equations, Lossless Transmission Lines.

  • Transmission Lines File 426.3KB PDF document
  • Transmission Lines File
• Useful Formulas
  
  

  Useful Formulas

  • Useful Formulas File 28.6KB PDF document Uploaded 14/12/17, 10:42
• Topic 10 is not available