Antenna & Wave Propagation 5.3 Apk

Antenna & Wave Propagation is the core subject for Electronics and communication Engineering, Electronics Engineering, MS in Applied physics and Telecommunication Engineering.

The App is FREE Handbook of Antenna & Wave Propagation for all the Engineering students with an objective of quick browsing of the topics, faster learning, quick revisions and anytime access of the subject materials.

Consider this App as notes from the classroom which will help you grasp the topic and a reference guide when you need it.

It covers more than 135 topics of Antenna and Wave Propagation. The topics are divided in 5 units.

Each topic is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.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

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