Features
- This unique free application is for all engineering students across the world. It covers 138 topics of Antenna and Wave Propagation in detail. These 138 topics are divided in 5 units.
- Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
- This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
- Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
- Some of topics Covered in this application are:
- 1. Antenna-Introduction
- 2. Types of Antennas
- 3. Antenna pattern
- 4. Radiation Pattern Lobes
- 5. Isotropic, Directional, and Omnidirectional Patterns
- 6. Principal Patterns
- 7. Field Regions of Antenna
- 8. Radiation Power Density
- 9. Radiation intensity
- 10. Beamwidth
- 11. Directivity
- 12. Beam Solid Angle
- 13. Antenna Efficiency
- 14. Antenna Gain
- 15. Polarization of an Antenna
- 16. Beam Efficiency of Antenna
- 17. Bandwidth of an Antenna
- 18. Types of Polarization
- 19. Polarization Loss Factor
- 20. Polarization Efficiency
- 21. Input impedance of the Antenna
- 22. Antenna Radiation Efficiency
- 23. Effective Length of an Antenna
- 24. Antenna Effective Area
- 25. Relationship between directivity and maximum effective area
- 26. Friis Transmission Equation
- 27. Radar Range Equation
- 28. Antenna temperature
- 29. Retarded Potential
- 30. Far Field Radiation
- 31. Loop Antennas
- 32. Radiation parameters of a small loop
- 33. Small Loop and Infinitesimal Magnetic Dipole
- 34. Power Density of Infinitesimal dipole
- 35. Radiation resistance of Infinitesimal dipole
- 36. Ohmic Resistance of the Circular loop
- 37. Near-Field Region-Small Loop
- 38. Far-Field Region -Small Loop
- 39. Radiation Intensity and Directivity
- 40. Equivalent Circuit of small Loop antenna
- 41. Circular loop of constant current
- 42. Parameters of the Circular Loop
- 43. Ferrite loop
- 44. Microstrip antennas (MSA)
- 45. Antenna Arrays
- 46. Uniform N-Element Linear Array
- 47. N-Element Linear Array
- 48. Direction of Maximum Radiation
- 49. Direction of Maximum Radiation
- 50. Directions of Nulls
- 51. Broadside and End-fire Arrays
- 52. End-fire arrays
- 53. Hansen-Woodyard End-fire Array
- 54. Binomial array
- 55. Short Electric dipole
- 56. Retardation effect in short electric dipole
- 57. Magnetic Field Component: of short dipole
- 58. Radiation resistance of short dipole
- 59. Rhombic antenna
- 60. Folded dipole
- 61. Long wire antenna
- 62. Isotropic Linear Arrays
- 63. Multiplication of Patterns
- 64. Effect of Earth on the Radiation Pattern
- 65. Effect of Earth on the Radiation Pattern of Vertical Antenna
- 66. Effect of Earth on the Radiation Pattern of Horizontal Antenna
- 67. Phased (scanning) Arrays
- 68. Array of 2 isotropic point sources of same amplitude and phase
- 69. Array of 2 isotropic point sources of same amplitude but opposite phase
- 70. Linear Broadside Arrays with Nonuniform Amplitude Distributions
- 71. Half-Wave Dipole
- 72. Yagi-Uda Antenna
- 73. Reflector Antennas
- 74. Plane Reflector
- 75. System temperature
- 76. System signal-to-noise ratio (SNR)
- 77. Helical Antenna
- 78. Slot antennas
- 79. Horn Antenna
- 80. Fields and Geometrical Parameters for Horn Antennas
- 81. Radiation Patterns of Horn Antenna
- 82. Parameters of Microstrip Antenna
- 83. Microstrip Antenna - Feeding Methods-Inset Feed
- 84. Microstrip Antenna-Fed with a Quarter-Wavelength Transmission Line
- 85. Microstrip-antenna-Coaxial Cable or Probe Feed
- 86. Microstrip Antenna-Coupled (Indirect) Feeds
- 87. Microstrip Antenna -Aperture Feeds
- 88. Traveling wave Antennas
- 89. Types of traveling wave antennas
- 90. Planar log-periodic antenna
- 91. Pyramidal Horn Antenna
- 92. Directivity of the pyramidal Horn Antenna
- 93. Conical Horn Antenna
- 94. Circular Microstrip Patch Antenna
- 95. Electric and Magnetic Fields -Circular microstrip patch antenna
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Details were last updated on Dec 2, 2024 17:31 +08.