Electromagnetic Theory (EE2202) Full Scanned Lecture Notes - All Units

[Srini]

   

Anna University , Chennai

Department of B.E-Electrical and Electronics Engg

Third Semester

Electromagnetic Theory 

UNIT -1
ELECTROMAGNETIC FIELD CONCEPT

• Vector Analysis
  
• Coordinate system
  
• Types
  
• Parameters of co-ordinate system
  
• Problems
  
• Differential Operator
  
• Properties
  
• Condition of divergence and curl:
  
• Problems
  
• STOKES’S THEOREM
  
• DIVERGENCE THEOREM
  
• Proof
  
• Problems
  

UNIT-2
ELECTROSTSTIC FIELD

• Columb’s law
  
• Problems
  
• Continuous distribution of charge:
  
• Electric field intensity
  
• Potential difference:
  
• Absolute potential:
  
• Conservative field
  
• Problems
  
• GUASS LAW:
  
• Proof
  
• Poisson’s and laplace’s equation:
  
• Laplace equation
  
• Electric field intensity between two shells
  
• Potential between two concentric circles
  
• Co-axial cylinder
  
• Capacitors and capacitance:
  
• Electrostatic energy
  
• Energy density
  
• Method of images
  
• Polarization:
  
• Boundary condition:
  
• Proof
  
• Dielectric strength
  

UNIT-3
MAGNETIC STATIC FIELD:

• Magnetic flux
  
• Magnetic flux density (b)
  
• Relation between magnetic flux density B and H
  
• Magnetic field intensity (H)
  
• Magnetic gauss law
  
• Biot-savart’s law
  
• Ampere’s law
  
• Application of biot-savart’s law
  
• MAGNETIC POTENTIAL:
  
• Scalar magnetic potential:
  
• Vector magnetic potential:
  
• Boundary condition
  
• Proof
  
• Magnetic dipole
  
• COUPLED CIRCUITS
  
• Electromagnetic induction:
  
• Faraday’s 1st law
  
• Faraday’s 2nd law
  
• Self induction
  
• Mutual induction
  
• Coefficient of coupling
  
• Inductance of toroid:
  
• Inductance of two transmission line:
  

UNIT -4
MAXWELL’s EQUATION

• Maxwell’s equation-1
  
• Ampere critical law
  
• Maxwell’s eqation-2
  
• Faraday’s law
  
• Maxwell’s eqution-3
  
• Electric gauss law
  
• Maxwell’s equation-4
  
• Magnetic gauss law
  
• Problems
  
• Comparison between circuit theory and field theory
  

UNIT-5
ELECTROMAGNETIC WAVES

• Wave
  
• Plan wave
  
• Transverse electromagnetic wave equation (TEM)
  
• Characteristic impedance
  
• Pointing theorem
  
• Slepian vector (N)
  
• Loss tangent or dissipation factor:
  
• Depth of penetrationskin depth)
  
• Reflection co-efficient:
  
• Transmission co-efficient:
  
• Wave incident obliquely on a perfect dielectric
  
• Vertical polarization
  
• Horizontal polarization
  

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