Authors Name | Vijay G. Yangalwar , Ganesh B. Akoliya |
ISBN 13 | 9789389108040 |
Publisher | Nirali Prakashan |
Edition | Second |
Pages | 102 |
Language | English |
Publishing Year | Aug-2020 |
Email on info@pragationline.com if e-book is not found.
1.1 Microwave Frequency Spectrum, Band Designations and Applications of Microwave in Various Fields
1.2 Comparison of Waveguide with Transmission Line
1.3 Types of Waveguides : Rectangular, Circular, Propagation of Waves in Rectangular Waveguides, Reflection of Waves from a Conducting Plane, Dominant Mode, The Parallel Plane Waveguide, Cut-off Wavelength, Cut-off Frequency, Group and Phase Velocity (Simple Numericals)
1.4 Rectangular Waveguide Modes : TEm, o Modes, TEm, n Modes, TMm, n Modes, Field Patterns of TE10, TE20, TE11 Modes
1.5 Circular Waveguide : Advantages, Disadvantages and Applications of Circular Waveguide
2.1 Multiple Junctions : Working Principle and Applications of – E-Plane, H-plane, Magic Tee and Rat Race Ring
2.2 Ferrite Components : Isolator, Circulator and Gyrator
Accessories : Flanges, Rotating Coupling, Bends and Corners, Taper and Twist
2.3 Directional Couplers : Two-Hole Directional Coupler – Working Principle and Applications, Directivity, Coupling Factor and Isolation
2.4 Basic Microwave Antenna (Horn and Dish)
3.1 Microwave Tubes Classification Two Cavity, Reflex Klystron
(i) Construction, (ii) Modulation, (iii) Bunching process, (iv) Principle of operation,
(v) Magnetron : Construction, Operating Principle and Applications
3.2 Slow Wave Devices : Helix TWT – Construction and Principle of Operation and Applications
3.3 Compare the Performance of Klystron, Magnetron and TWT
3.4 TED (Transferred Electron Devices) : Gunn Diode – Construction, Operating Principle, Modes and Application of Gunn Diode as an Oscillator. Avalanche Transient Time Device.
3.5 IMPATT Diode – Construction, Operation and Applications
3.6 PIN Diode : Construction, Operation and Applications
Esaki Diode or Tunnel Diode – V-I Characteristics, Equivalent Circuit, Application as an Oscillator and as an Amplifier
4.1 Basic Block Diagram of Radar System
4.2 Radar Performance Factors : Radar Range, Equation, Factors influencing Maximum Range, Effect of Noise
4.3 Basic Pulse Radar System : Block Diagram and Description, Applications
4.4 Antenna Scanning (Types and Principle) : Horizontal, Vertical, Helical and Spiral
Antenna Tracking (Types and Principle) : Sequential, Conical and Monopulse
4.5 Antenna Feed Mechanism : Horn and Cassegrain Feed Antenna
5.1 Doppler Effect
5.2 CW Doppler Radar : Block Diagram, Operation and Applications. FMCW Radar : Block Diagram, Operation and Applications
5.3 MTI : Block Diagram, Operations, Concept of Blind Speed, Applications. Automatic Target Detection Radar
5.4 Display Methods : A-Scope, PPI Beacons
5.5 SONAR System : Working Principle and Applications
Weight | 239 g |
---|---|
Dimensions | 30 × 24 × 1 cm |
Language | English |
Publisher | |
Semester - Year | Semester 5 (Third Year TY) |
University |
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