• Introduction to Antenna
  01:52
• Basic Antenna Parameters
  02:07
• Patterns
  01:39
• Beam Area (or Beam Solid Angle)
  05:00
• Radiation Intensity and Beam Effficiency
  01:48
• Directivity D and Gain G
  05:00
• Directivity and Resolution
  05:00
• Antenna Apertures
  05:00
• Effective Height
  05:00
• The Radio Communication Link
  05:00
• Fields from Oscillating Dipole
  01:29
• Antenna Field Zones
  03:04
• Shape-Impedance Considerations
  01:56
• Basic Antenna Elements
  01:29
• Linear, Elliptical and Circular Polarization
  05:00
• Poynting Vector for Elliptically and Circularly Polarized Waves and The Polarization Ellipse and the Poincare Sphere
  05:00
• Loops, Dipoles and Slots
  05:00
• Opened-Out Coaxial-Line Antennas, Opened Out 2-Conductor (Twin-Line) Antennas
  00:57
• Opened-Out Waveguide Antennas (Aperture Types) and Flat-Sheet Reflector Antennas
  05:00
• Parabolic Dish and DielectricLens Antennas and End-Fire Antennas
  01:41
• Broad Bandwidth Antennas: The Conical Spiral and the Log-Periodic and The Patch Antenna
  02:18
• The Patch Array and The Grid Flat-Pannel Array
  05:00
• Radiated Power and Radiation Resistance of Current Element
  05:00
• Hertzian Dipole
  01:34
• Different Current Distributions in Linear Antennas
  01:47
• Antenna Temperature
  05:00
• System Temperature
  05:00
• Signal to Noise Ratio
  05:00
• Radar and Radar Cross Section
  01:19
• Radar and Radar Cross Section- Pulse Doppler Weather Radar
  05:00
• Radar and Radar Cross Section - The Corner Reflector (Dihedral and Trihedral)
  01:59
• Bistatic Radar
  01:16
• Introduction
  01:54
• Point source Defined
  02:06
• Power Pattern
  02:13
• Examples of Power Patterns
  05:00
• Phase Patterns
  05:00
• Array of Two Isotropic Point Sources - Case 1-Two Isotropic Point Sources of Same Amplitude and Phase
  05:00
• Case 2 - Two Isotropic Point Sources of Same Amplitude but Opposite Phase
  05:00
• Case 3 - Two Isotropic Point Sources of the Same Amplitude and In-Phase Quadrature
  05:00
• Case 4 and Case 5
  02:00
• Non-isotropic but similar Point Sources and the Principle of Pattern Multiplication
  02:16
• Example of Pattern Synthesis by Pattern Multiplication
  02:14
• Non-isotropic and Dissimilar Point Sources
  05:00
• Introduction
  05:00
• Case 1 - Broadside Array (Sources in Phase)
  01:29
• Case 2, 3 and 4
  02:05
• Null Directions for Arrays of n Isotropic Point Sources of Equal Amplitude and Spacing
  05:00
• The Dolph-Tchebyscheff Optimum Distribution
  01:52
• Comparison of Amplitude Distributions for Eight-Source Arrays
  01:41
• Continuous Arrays
  05:00
• Huygens' Principle
  01:29
• Huygens' Principle Applied to the Diffraction of a Plane Wave incident on a Flat Sheet
  05:00
• Rectangular-Area Broadside Arrays and Arrays with Missing Sources and Random Arrays
  01:28
• Braodside Versus End-Fire Arrays. Turns Versus Dipoles and Three-Dimensional Arrays
  05:00
• Directions of Maxima for Arrays of n Isotropic Point Sources of Equal Amplitude and Spacing
  05:00
• Radiation resistance of Short Electric Dipole
  05:00
• The Thin Linear Antenna
  05:00
• Radiation Resistance of λ/2 Antenna
  05:00
• Radiation Resistance at a point which is not a Current Maximum
  01:06
• Broadside Array
  05:00
• End -Fire (W8JK) Array
  05:00
• Fields of a Thin Linear Antenna with a Uniform Traveling Wave
  01:24

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