Radar And Sonar Engineering
Radar and Sonar Engineering Handbook with diagrams, learn a topic in a minute
The app is a complete and free radar and sonar engineering handbook covering important topics, notes and course materials.
The App was developed for quick learning, revisions, references during exams and interviews.
This radar and sonar engineering app lists 170 topics in 5 chapters, completely based on practical knowledge as well as a strong theoretical knowledge base with notes written in very simple and understandable English.
This app covers most related topics and detailed explanations with all basic topics.
Some of the topics covered in the Engineering eBook are:
1. Introduction to RADAR
2. Radar frequencies
3. MAGNETRON APPLICATIONS
4. Block Diagram and Radar Operation
5. Radar Applications
6. History of Radar Development
7. Simple form of radar equation
8. Predicting Range Performance
9. Minimum Detectable Signal
10. Noise and Receiver Expression for Minimum Detectable Signal
11. Pulse repetition frequency and range ambiguities
12. Integration of radar pulses
13. RADAR CROSS SECTION OF THE TARGET
14. Cross-section fluctuation.
15. System Losses
16. Transmitter Power
17. Antenna Parameters
18. Propagation Effects
19. Signal-to-noise ratio
20. INTRODUCTION TO RADAR TRANSMITTERS
21. Transmitter Types
22. Radar Transmitter Parameters
23. POWER SOURCES AND AMPLIFIERS
24. O Magnetron Oscillator
25. Klystron Amplifier
26. Klystron Amplifier Rating
27. Application of Klystron Amplifier
28. Traveling Wave Tube Amplifier
29. Different Types of Traveling Wave Tube Amplifier
30. Amplitron
31. Stabilitron
32. RADAR Modulators
33. Line type modulator.
34. Active Switch Modulators
35. Rigid tube modulator
36. Saturable Reactor Modulator
37. Modulator Pulse Shape
38. Solid State Oscillators
39. Thyratron
40. RADAR ANTENNA.
41. RADAR ANTENNA PARAMETERS
42. PARABOLIC ANTENNA
43. Foods for Paraboloids
44. Scanning Feed Reflector Antennas
45. Antena de Cassegrain
46. Lens Antennas
47. Array Antennas
48. Square Cosecant Antenna
49. Found
50. Aperture Antenna
51. Different types of Antennas not RADAR SYSTEM
52. Polarization
53. Antenna Radiation
54. The Doppler Effect
55. Radar CW
56. Range and Doppler Measurement
57. Frequency modulated RADAR
58. FM-CW radar using super-heterodyne sideband receiver
59. FM-CW radar with super-heterodyne tracker receiver from sinalrummy62.com
60. FM-CW Technique to Eliminate Corrected Error
61. Dual Modulation FM Radar
62. Multi-Frequency CW Radar
63. Moving Target Indication (MTI) Radar
64. MTI Receiver with Delay Line Canceller
65. MTI Radar with Power Amplifier Transmitter
66. MTI Radar with Power Oscillator Transmitter
67. Delay Lines and Cancellers
68. Delay Line Construction
69. Delay Line Canceller Filter Features
70. Blind Speeds
71. Single Delay Line Canceller Response
72. Multiple and Staggered Pulse Repetition Frequencies
73. Double Cancellation
74. FM delay line cancellation
75. Pulse Repetition Frequency Generation
76. Pulse-Doppler radar
77. Non-coherent MTI
78. MTI from a mobile platform - AMTI
79. AMTI Pulse-Doppler.
80. Pulse-Doppler AMTI.
81. Phase Detection in Non-Coherent MTI
82. MTI Using Range Gates and Filters
83. Effect of side lobes on AMTI Pulse-Doppler radar
84. MTI Performance Limitation
85. LOSSES At MTI
86. Moving Target Detector (MTD).
87. Radar Tracking
88. Sequential Lob.
89. CONICAL SCANNING
90. CONICAL SCAN RADAR
91. Wagon Generator
92. Automatic Gain Control
93. Simultaneous Lobbing or Mono Pulse
94. Amplitude Monopulse Antenna Patterns
95. Monopulse-Amplitude Comparison RADAR
96. Two-coordinate amplitude comparison monopulse tracking radar.
97. Monopulse Error Signal
98. Phase comparison monopulse radar
This app will be useful for quick reference. Review of all concepts can be completed within several hours using this app.
Radar and sonar engineering is part of engineering education courses and technology degree programs at several universities.
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