Principles of Electronic Communication Systems

Cover
Title Page
Copyright Page
Contents
Preface
Acknowledgments
Chapter 1 Introduction to Electronic Communication
	1-1 The Significance of Human Communication
	1-2 Communication Systems
	1-3 Types of Electronic Communication
	1-4 Modulation and Multiplexing
	1-5 The Electromagnetic Spectrum
	1-6 Bandwidth
	1-7 A Survey of  Communication Applications
	1-8 Jobs and Careers in the Communication  Industry
Chapter 2 Electronic Fundamentals for Communications
	2-1 Gain, Attenuation, and Decibels
	2-2 Tuned Circuits
	2-3 Filters
	2-4 Fourier Theory
Chapter 3 Amplitude Modulation Fundamentals
	3-1 AM Concepts
	3-2 Modulation Index and Percentage of Modulation
	3-3 Sidebands and the Frequency Domain
	3-4 AM Power
	3-5 Single-Sideband Modulation
	3-6 Current AM/ASK Radio Usage
	3-7 Classification of Radio Emissions
Chapter 4 Amplitude Modulator and Demodulator Circuits
	4-1 Basic Principles of Amplitude Modulation
	4-2 Amplitude Modulators
	4-3 Amplitude Demodulators
	4-4 Balanced Modulators
	4-5 SSB Circuits
Chapter 5 Fundamentals of Frequency Modulation
	5-1 Basic Principles of Frequency Modulation
	5-2 Principles of Phase Modulation
	5-3 Modulation Index and Sidebands
	5-4 Noise Suppression Effects of FM
	5-5 Frequency Modulation Versus Amplitude  Modulation
Chapter 6 FM Circuits
	6-1 Frequency Modulators
	6- 2 Phase Modulators
	6- 3 Frequency Demodulators
	6-4 FSK Circuits
Chapter 7 Digital Communication Techniques
	7-1 Digital Transmission of Data
	7-2 Parallel and Serial Transmission
	7-3 Data Conversion
	7-4 Pulse Modulation
	7-5 Digital Signal Processing
Chapter 8 Radio Transmitters
	8-1 Transmitter Fundamentals
	8-2 Carrier Generators
	8-3 Power Amplifiers
	8-4 Impedance-Matching Networks
	8-5 Typical Transmitter Circuits
Chapter 9 Communication Receivers
	9-1 Basic Principles of Signal Reproduction
	9-2 Superheterodyne Receivers
	9- 3 Frequency Conversion
	9-4 Intermediate Frequency and Images
	9-5 Noise
	9-6 Typical Receiver Circuits
	9-7 Typical Receivers and Transceivers
Chapter 10 Digital Data Transmission
	10-1 Digital Codes
	10-2 Principles of Digital Transmission
	10-3 Transmission Efficiency
	10-4 Modem Concepts and Methods
	10-5 Wideband Modulation
	10-6 Broadband Modem Techniques
	10-7 Error Detection and Correction
	10-8 Protocols
Chapter 11 Multiplexing, Duplexing, and Multiple Access
	11-1 Multiplexing Principles
	11-2 Frequency-Division Multiplexing
	11-3 Time-Division Multiplexing
	11-4 Pulse-Code Modulation
	11-5 Multiple Access
	11-6 Duplexing
Chapter 12 Digital and Software-Defined Radios
	12-1 Defining the Digital and Software-Defined Radios
	12-2 Making SDR Possible
	12-3 Replacing Analog Functions with Digital Processes
	12-4 The Benefits of SDRs
	12-5 Software-Defined Radio: Receivers
	12-6 Software-Defined Radio: Transmitters
	12-7 A Survey of Software-Defined Radios
	12-8 Cognitive Radios
Chapter 13 Transmission Lines
	13-1 Transmission Line Basics
	13-2 Standing Waves
	13-3 Transmission Lines as Circuit Elements
	13-4 The Smith Chart
Chapter 14 Fundamentals of Networking, Local-Area Networks, and Ethernet
	14-1 Network Fundamentals
	14-2 LAN Hardware
	14-3 Ethernet LANs
	14-4 Advanced Ethernet
	14-5 Special Ethernet Variations
Chapter 15 Wired Data Communications
	15-1 Rationale for Serial I/O
	15-2 Serial I/O Applications
	15-3 Low-Speed Serial Interfaces
	15-4 High-Speed Serial Interfaces
Chapter 16 Antennas and Wave Propagation
	16-1 Antenna Fundamentals
	16-2 Common Antenna Types
	16-3 Radio Wave Propagation
Chapter 17 Internet Technologies
	17-1 Internet Applications
	17-2 Internet Transmission Systems
	17-3 Cloud Networking and Virtual Systems
	17-4 Storage-Area Networks
	17-5 Internet Security
	17-6 Internet Telephony
Chapter 18 Microwave and Millimeter-Wave
 Communication
	18-1 Microwave Concepts
	18-2 Microwave Transmission Lines and Devices
	18-3 Waveguides and Cavity Resonators
	18-4 Microwave Semiconductor Diodes
	18-5 Microwave Tubes
	18-6 Microwave Antennas
	18-7 Microwave and Millimeter-Wave Applications
Chapter 19 Satellite Communication
	19-1 Satellite Orbits
	19-2 Satellite Communication Systems
	19-3 Satellite Subsystems
	19-4 Ground Stations
	19-5 Satellite Applications
	19-6 Global Navigation
 Satellite Systems
Chapter 20 Optical Communication
	20-1 Optical Principles
	20-2 Optical Communication Systems
	20-3 Fiber-Optic Cables
	20-4 Optical Transmitters and Receivers
	20-5 Wavelength-Division Multiplexing
	20-6 Passive Optical Networks
	20-7 400-Gbps Networks and Beyond
Chapter 21 Cell Phone Technologies
	21-1 Cellular Telephone Systems
	21-2 A Cellular Industry Overview
	21-3 2G and 3G Digital Cell Phone Systems
	21-4 Long-Term Evolution and 4G Cellular Systems
	21-5 Fifth-Generation Wireless Cellular
	21-6 Smartphone Analysis
	21-7 Base Stations and Small Cells
Chapter 22 Wireless Technologies
	22-1 Wireless LAN
	22-2 Bluetooth
	22-3 ZigBee and Mesh Wireless Networks
	22-4 Radio-Frequency  Identification  and Near-Field Communications
	22-5 Ultrawideband Wireless
	22-6 Optional Wireless Technologies
	22-7 Internet of Things
Chapter 23 Communication Tests and Measurements
	23-1 Communication Test Equipment
	23-2 Common Communication Tests
	23-3 Troubleshooting Techniques
	23-4 Electromagnetic Interference Testing
Answers to Selected Problems
Appendix A
Appendix B
Appendix C
Glossary
Index