- Description
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Details
Electromagnetic Theory Full Hand Written Lecture Notes from Reputed Institutions and Faculties. Useful for Electrical Engineers , Specially for Candidates Appearing for GATE Exams.
Content :
- Vector calculus
- Divergence and stroke theorem
- Coordinate system
- Cylindrical coordinate system
- Spherical coordinate system
- Orthonormality
- Harmonic function Properties
- Static electric field
- Fundamental of colomb’s law behind is the gauss law
- Application
- Maxwell’s equation
- Potential gradient
- Faradays law
- Laplace\poisson’s equation
- Boundary condition
- Ohm’s law and continuity equation
- Capacitors and inductors
- Parallel plate capacitors
- Time varying fields and maxwell’s eqution
- Intrinsic wave impedance
- Propagation direction
- Wave polarization
- Reflection \transmission of plane wave
- Dielectric-conductor interface
- Oblique incidence
- Snell’s law
- Critical angle and total internal reflection
- Transmission line
- Geometrics of a transmission line
- Resistance
- Current leakage
- Capacitance
- Maximum power
- Impedance on the line and input impedance
- Problems
- Open circuit line
- Impedance matching techniques
- Advantages
- Disadvantages
- Properties of constant x circles
- 1. Centre
- 2. Radius
- 3. VLU pass through
- 4. Range
- Modes of operation
- Relation between different parameters
- Group velocity
- TE wave solution in parallel plane waveguide
- TM wave solution in parallel plane waveguide
- Properties of TEM waves
- Dominant mode
- Dominant mode for parallel plane wave guide TEM mode
- Rectangular wave guide
- Propagation along the guide axis
- Evalent mode
- Degenerate mode
- Basics of antennas
- 1. Hertzian dipole
- a. Half wave dipole
- 2. Basic definations and terminology
- 3. Antennas arrays
- 4. FRIIS free space
- 5. Classification of antenna
- Quarter wave monopole
- Hertzian dipole
- Properties of radiation
- Radiation resistance
- Radiation of a half wave dipole
- Total radiated power from a half wave dipole
- Basic terms and definition
- 1. Isotropic antenna
- 2. Radiation power density
- 3. Radiation power intensity
- 4. Gain
- 5. Efficient effective length
- 6. Effective efficient area
- 7. Radiation pattern
- Electrically short dipole
- Electrically short monopole
- Radiation pattern
- Beam solid angle
- Effective area of an antenna
- Array of isotropic source
- Broad side array
- Scanning array
- Generalization or designed principle
- Extension for N elements
- Geometric progression
- Multiplication of patterns
- Additional Information
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Additional Information
Pages 292 Author N/A - Reviews
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