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Advanced Communication Systems

1636

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T.Y.Diploma Sem VI, Computer Engineering Group, MSBTE

Advanced Communication Systems

Author: Vaishali Sonone

Price: 145

Book ID: 1636

ISBN: 978-93-5016-307-8

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Rs.144

Rs.160

-10%

CONTENTS

1. Wave Guide and Components

1. Introduction

1.1 Microwave Spectrum and Band Designations

1.2 Frequency Band and its Uses

2. Waveguide

2.1 Comparison of Waveguide with Transmission

2.2 Rectangular Waveguides

2.3 Circular Waveguide

3. Waveguide Components

3.1 Flanges

3.2 Rotating Coupling

3.3 Bends and Corners

3.4 Taper and Twist

3.5 Multiple Junctions

3.6 Cavity Resonators

3.7 Auxiliary Components

2. Microwave Devices

1. Introduction

2. Microwave Vacuum Tube Devices

1.1 Types of Microwave Vacuum Tube Devices

1.2 Two Cavity Klystron Amplifier

1.3 Reflex Klystron

1.4 Magnetron

1.5 Travelling Wave Tube (TWT)

2. Microwave Semiconductor Devices

2.1 Gunn Diode

2.2 IMPATT Diode

2.3 PIN Diode

2.4 Tunnel Diode

3. Radar Systems

1. Introduction

2. Basic Block Diagram of Radar System

3. Classification of RADAR Systems

4. Radar Performance Factors

4.1 Radar Range Equation

4.2 Factors Influencing Maximum Range

4.3 Effects of Noise

5. Basic Pulse Radar System

6. Antenna Scanning and Tracking

6.1 Antenna Scanning

6.2 Antenna Tracking

7. Display Methods

7.1 A Scope

7.2 PPI (Plan-Position Indicator)

7.3 Automatic Target Detection

8. Moving-Target Indication Radar (MTI)

9. Continuous Wave Radar

10. Radar Beacons

11. Radar Antenna

4. Satellite Communication System

1. Introduction

1.1 Importance of Satellite Communication System

1.2 Concept of Orbit and its Types

1.3 Communication Link

1.4 Look Angle

1.5 Altitude

1.6 Angle of Elevation

1.7 Azimuth Angle

1.8 Footprint

1.9 Station Keeping

1.10 Block Diagram of Satellite Earth Station

2. Subsystem of Satellite

2.1 Power Subsystem

2.2 Communication Channel Subsystem

2.3 Attitude Control Subsystem

2.4 Thermal Control Subsystem

2.5 Telemetry Tracking and Command Subsystem

2.6 Main and Auxiliary Propulsion Subsystem

2.7 Antenna Subsystem

5. Theory of Optics and Fundamentals of Fiber

1. Introduction

2. Optical Spectrum

2.1 Light Theory

3. Definition of Critical Angle, Snell’s Law, Numerical Aperture, Acceptance Angle, Acceptance Cone

3.1 Snell’s Law

3.2 Critical Angle

3.3 Numerical Aperture

3.4 Acceptance Angle

3.5 Acceptance Cone

6. Optical Communication System

1. Introduction

2. Types of Fiber Optics Cable and its Losses

2.1 Characteristics of Optical Fiber

2.2 Types of Fiber Optic Cable

2.3 Losses in Optical Fiber

3. Optical Sources and Detectors

3.1 Optical Sources

3.2 Photo Detectors

4. Splicers and Connectors

4.1 Splicing Techniques

4.2 Fiber Connector

5. Attenuation Measurements

5.1 Block Diagram of OTDR

 

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