Radar and sonar engineering

Features

• This unique free application is for all students across the world. It covers 174 topics of Radar and sonar engineering in detail. These 174 topics are divided in 6 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. Introduction to RADAR
• 2. Radar Frequencies
• 3. APPLICATIONS OF MAGNETRON
• 4. Radar Block Diagram and Operation
• 5. Applications of Radar
• 6. History of Radar Development
• 7. Simple form of Radar Equation
• 8. Prediction of Range performance
• 9. Minimum Detectable Signal
• 10. Receiver Noise and Expression for minimum detectable Signal
• 11. Pulse repetition frequency & range ambiguities
• 12. Integration of Radar Pulses
• 13. RADAR CROSS SECTION OF 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. Types of Transmitter
• 22. Radar Transmitter Parameters
• 23. POWER SOURCES AND AMPLIFIERS
• 24. The Magnetron Oscillator
• 25. Klystron Amplifier
• 26. Classification of Klystron Amplifier
• 27. Application of Klystron Amplifier
• 28. Traveling-wave-tube Amplifier
• 29. Different Types of Travelling Wave Tube Amplifier
• 30. Amplitron
• 31. Stabilitron
• 32. RADAR Modulators
• 33. Line-type Modulator.
• 34. Active-Switch Modulators
• 35. Hard-tube Modulator
• 36. Saturable-reactor Modulator
• 37. Modulator Pulse Shape
• 38. Solid-State Oscillators
• 39. Thyratrons
• 40. RADAR ANTENNAS.
• 41. RADAR ANTENNA PARAMETERS
• 42. PARABOLIC ANTTENA
• 43. Feeds for Paraboloids
• 44. Scanning-feed Reflector Antennas
• 45. Cassegrain Antenna
• 46. Lens Antennas
• 47. Array Antennas
• 48. Cosecant-squared Antenna
• 49. Radomes
• 50. Aperture Antenna
• 51. Different types of Antennas in RADAR SYSTEM
• 52. Polarization
• 53. Antenna Radiation
• 54. The Doppler Effect
• 55. CW Radar
• 56. Range and Doppler Measurement
• 57. Frequency-modulated RADAR
• 58. FM-CW radar using sideband superheterodyne receiver
• 59. FM-CW radar with signal-following superheterodyne receiver
• 60. FM-CW technique for eliminating the fixed error
• 61. Double-modulated FM radar
• 62. Multiple Frequency CW Radar
• 63. Moving-target-indication (MTI) Radar
• 64. MTI receiver with delay-line canceler
• 65. MTI radar with power amplifier transmitter
• 66. MTI radar with power oscillator transmitter
• 67. Delay Lines and Cancelers
• 68. Delay-line Construction
• 69. Filter Characteristics of the Delay-line Canceler
• 70. Blind Speeds
• 71. Response of Single-delay-line Canceler
• 72. Multiple and Staggered Pulse Repetition Frequencies
• 73. Double Cancellation
• 74. FM Delay-line Cancellation
• 75. Generation of the Pulse Repetition Frequency
• 76. Pulse-doppler Radar
• 77. Noncoherent MTI
• 78. MTI from a Moving Platform - AMTI
• 79. Pulse-Doppler AMTI.
• 80. Pulse-Doppler AMTI.
• 81. Phase detection in Non-Coherent MTI
• 82. MTI Using Range Gates and Filters
• 83. Effect of Side lobes on Pulse-Doppler AMTI Radar
• 84. Limitation of MTI performance
• 85. LOSSES In MTI
• 86. Moving Target Detector (MTD).
• 87. Tracking with Radar
• 88. Sequential Lobing.
• 89. CONICAL SCANNING
• 90. CONICAL SCAN-RADAR
• 91. Boxcar Generator
• 92. Automatic Gain Control
• 93. Simultaneous Lobing or Monopulse
• 94. Amplitude monopulse antenna patterns
• 95. Amplitude-Comparison-Monopulse RADAR
• 96. Two-coordinate amplitude-comparison-monopulseTracking radar.
• 97. Monopulse Error Signal
• 98. Phase-comparison-monopulse radar.
• 99. Tracking in Doppler

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