Telecommunications: principles, circuits, systems and Experiments / S.Ramabhadran

CONTENTS

Chapter1 Electrical fundamentals

1.1 Response of R-C and L-C circuits to D.C. stimulus
1.2 Theory of R-C and R-L circuits
1.3 Response of series R-L-C Circuits to D.C. Stimulus
etc

Chapter 2 Networks

2.1 The image and Iteractive Impendences
2.2 The image and Iterative transfer constants
2.3 Transfer constants and design Formulas for L,T ands Networks
etc

Chapter 3 Transmission lines and wave guides

3.1 Line transmission theory
3.2 Variation of voltage and current at Distance from the sending end
3.3 Applications
3.4 Evaluation of a and B
etc

4. Chapter 4 Aerial systems

4.1 Aerials
4.2 Effect of earth
4.3 Aerials for different wave length
etc

5. Electromagnetic wave propagation

5.1 General principles
5.2 Free Space propagation
5.3 Propagation between two points on earth
etc

Chapter 6- Principles of electrical communication

6.1 Speech and Music Signals
6.2 Response of Human Ear
6.3 Distortion
6.4 Information
etc

Chapter 7- Noise Communication Systems

7.1 General Considerations
7.2 Shot Noise
7.3 Thermal Noise
7.4 Noise Figure
etc

Chapter 8- Architectural Acoustics and electro-acoustics

8.1 Architectural Acoustics
8.2 Reverberation time for live rooms
8.3 Influence of reverberation time upon articulation
etc

Chapter 9- Electron Devices

9.1 High Vacuum devices
9.2 Semiconductor devices
9.3 Biasing Techniques in Electron Devices Circuits
etc

Chapter 10- Rectifier power supplies

10.1 Power Supplies
10.2 Half-wave Rectifier with resistive load
10.3 Full-wave rectifier with L-C Filter
etc

Chapter 11 Amplifiers

11.1 General Principles
11.2 Noise
11.3 Classification of amplifiers
11.4 Voltage amplifiers
etc

Chapter 12 Oscillators

12.1 Physical considerations
12.2 Tuned Grid Oscillators
12.3Common-base Transistor Oscillator
12.4 Tuned-Grid and Tuned-Anode Oscillator
etc

Chapter 13- Modulators, Demodulators and frequency changers

13.1 Amplitude Modulation
13.2 Grid Modulated Valve Amplifiers
13.3 Amplified Modulated Transistor amplifiers
13.4 Balanced Modulators
etc

Chapter 14- Line Telegraph Systems

14.1 Telegraph instruments and circuits
14.2 Morse key
14.3 Bon-Polarised Sounder
14.4 Telegraph Relay
etc

Chapter 15 Line Telegraph systems

15.1 Manual Telegraph exchanges
15.2 Magneto Local Battery Switchboards
15.3 Pre-payment Coin Box
15.4 Automatic Telephone
etc

Chapter 16- Radio Communication Systems

16.1 Transmitters, Receivers and Channels
16.2 Modulation and Commutation systems
16.3 Low level verses High level modulation
16.4 Double Sideband Suppressed carrier system
etc

Chapter 17 Television Systems

17.1 General Principles
17.2 Frequency Band and Resolution
17.3 Television Transmitters: Standard television Channel
17.4 Video System and the Composite Video Signal
etc

Chapter 18 Rader Systems

18.1 General Consideration
18.2 Components of set
18.3 Pulsed raders
18.4 Rader performance Parameters
etc


Chapter 19 Microwave Systems
19.1 General Principles
19.2 Wave guides and Cavity resonators
19.3 Microwave Generators and Amplifiers
19.4 Microwave Modulation
etc


Chapter 20- Optical Communication Systems

20.1 Wide-Band Telecommunication Links
20.2 General considerations of optical Systems
20.3 Beam wave Guide Systems
20.4 Some optical Devices
etc

Chapter 21 Satellite Communication systems

21.1 General Principles
21.2 Satellite Orbits
21.3 Random systems
21.4 Station-Keeping Systems
etc

Chapter 22 Rural Telecommunication

22.1 Introduction
22.2 Rural network topology
22.3 Exchange areas network configurations and its effect on national planning
22.4 Traffic Distribution in the rural areas
etc

Chapter 23 Recent Advances in Communication Engineering

23.1 Data Transmission
23.2 Modulation of data Signals
23.3 Telematics
23.4 Facsimile service
23.5 Single channel per carrier (SCPC) System
etc

Includes Index : p.1388 -1410