Advanced Electronic Communications Systems

ISBN-10: 0130453501

ISBN-13: 9780130453501

Edition: 6th 2004 (Revised)

Authors: Wayne Tomasi
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Description: For courses in Advanced Topics in Electronic Communications. Comprehensive in scope and contemporary in coverage, this text explores modern digital and data communications systems, microwave radio communications systems, satellite communications systems, and optical fiber communications systems. This text is the last 10 chapters from the Tomasi Electronic Communications Systems: Fundamental Through Advanced, 5/e.

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Book details

List price: $225.80
Edition: 6th
Copyright year: 2004
Publisher: Prentice Hall PTR
Publication date: 4/10/2003
Binding: Paperback
Pages: 672
Size: 8.00" wide x 10.00" long x 1.00" tall
Weight: 3.146
Language: English

After serving in the U.S. Army, Wayne Tomasi studied at Arizona State University, where he earned a degree in engineering. He continued with graduate work at that same institution. During his career, Tomasi has worked for six years as a communications engineer with AT&T, three years as a design engineer of biological test equipment, one year as a TV broadcast engineer, and one year as supervisor of the electronic communications department at Arizona State University. His background of practical experience is evident in the very accessible texts he has produced during 17 years as professor of electronics, first at the DeVry Institute of Technology in Phoenix and later at Mesa Community College. In addition to the books he has authored, he has also written five laboratory manuals. Tomasi is a man committed to his subject and to cultivating that same commitment in his students.

Optical Fiber Communications
Introduction
History of Optical Fibers
Optical Fibers Versus Metallic Cable Facilities
Advantages of Optical Fiber Systems
Disadvantages of Optical Fiber Systems
Electromagnetic Spectrum
Optical Fiber Communications System Block Diagram
Fiber Types
Cable Construction
Light Propagation
The Physics of Light
Velocity of Propagation
Refraction
Refractive Index
Critical Angle
Propagation of Light Through an Optical Fiber
Mode of Propagation
Index Profile
Optical Fiber Configurations
Single-Mode Step-Index Fiber
Multimode Step-Index Fiber
Multimode Graded-Index Fiber
Comparison of the Three Types of Optical Fibers
Acceptance Angle and Acceptance Cone
Numerical Aperture
Losses in Optical Fiber Cables
Absorption Losses
Material or Rayleigh Scattering Losses
Chromatic or Wavelength Dispersion
Radiation Losses
Modal Dispersion
Coupling Losses
Light Sources
Optical Power
Optical Sources
Light-Emitting Diodes
Injection Laser Diodes
Light Detectors
PIN Diodes
Avalanche Photodiodes
Characteristics of Light Detectors
Lasers
Laser Types
Laser Characteristics
Laser Construction
Optical Fiber System Link Budget
Questions
Problems
Digital Communications
Introduction
Digital Communications
Shannon Limit for Information Capacity
Digital Radio
Digital Amplitude Modulation
Frequency Shift Keying
FSK Bit Rate and Baud
FSK Transmitter
Bandwidth Considerations of FSK
FSK Receiver
Continuous-Phase Frequency Shift Keying
Phase Shift Keying
Binary Phase Shift Keying
M-ary Encoding
Quaternary Phase Shift Keying
Eight-Phase PSK
Sixteen-Phase PSK
Quadrature Amplitude Modulation
Eight QAM
Sixteen QAM
Bandwidth Efficiency
Carrier Recovery
Squaring Loop
Costas Loop
Remodulator
Differential Phase Shift Keying
Differential BPSK
Clock Recovery
Probability of Error and Bit Error Rate
PSK Error Performance
QAM Error Performance
FSK Error Performance
Trellis Encoding
Questions
Problems
Data Communications
Introduction
History of Data Communications
Standards Organizations for Data Communications
Data Communications Circuits
Serial and Parallel Data Transmission
Configurations
Topologies
Transmission Modes
Two-Wire Versus Four-Wire Operation
Data Communications Codes
Baudot Code
ASCII Code
EBCDIC Code
Bar Codes
Error Control
Error Detection
Error Correction
Synchronization
Character Synchronization
Data Communications Hardware
Line Control Unit
Serial Interfaces
RS-232 Interface
RS-449 and RS-530 Interface Standards
CCITT X.21
Parallel Interfaces
Centronics Parallel Interface
IEEE 488 Bus
The Telephone Network
DDD Network
Private-Line Service
The Telephone Circuit
The Local Loop
Transmission Parameters
Data Modems
Asynchronous Modems
Synchronous Modems
Modem Synchronization
Low-Speed Modems
Medium- and High-Speed Modems
Modem Control--The AT Command Set
CCITT Modem Recommendations
CCITT Modem Recommendation V.29
CCITT Modem Recommendation V.32
CCITT Modem Recommendation V.32bis and V.32terbo
CCITT Modem Recommendation V.33
CCITT Modem Recommendation V.42 and V.42bis
CCITT Modem Recommendation V.34 (V.fast)
CCITT Modem Recommendation V.34+
Questions
Problems
Data Communications Protocols and Network Configurations
Introduction
Open Systems Interconnection
The ISO Protocol Hierarchy
Data Transmission Modes
Character Mode
Block Mode
Asynchronous Protocols
Synchronous Protocols
IBM's Bisync Protocol
Synchronous Data Link Communications
SDLC Loop Operation
Transparency
Message Abort
Invert-On-Zero Encoding
High-Level Data Link Control
Public Data Network
Value-Added Network
Packet-Switching Network
CCITT X.1 International User Class of Service
CCITT X.25 User-to-Network Interface Protocol
Permanent Virtual Circuit
Virtual Call
Datagram
X.25 Packet Format
The X Series of Recommended Standards
Asynchronous Transfer Mode
Synchronous Optical Network
Integrated Services Digital Network
Introduction to ISDN
ISDN Architecture
ISDN System Connections and Interface Units
ISDN Protocols
Broadband ISDN
Local Area Networks
Local Area Network System Considerations
Token Passing Ring
Slotted Ring
Token Bus
Ethernet
10BASE-5 Ethernet
10BASE-2 Ethernet
10BASE-T Ethernet
Ethernet Data Format
System Operation
Fiber Distributed Data Interface
FDDI Nodes
FDDI Network Using Twisted-Pair Metallic Transmission Lines
Fibre Channel
100BASE-T Ethernet
Questions
Problems
Digital Transmission
Introduction
Advantages of Digital Transmission
Disadvantages of Digital Transmission
Pulse Modulation
Pulse Code Modulation
PCM Sampling
Sampling Rate
Folded Binary Code
Dynamic Range
Coding Efficiency
Signal-to-Quantization Noise Ratio
Linear Versus Nonlinear PCM Codes
Idle Channel Noise
Coding Methods
Companding
Analog Companding
Digital Companding
Percentage Error
Vocoders
PCM Line Speed
Delta Modulation PCM
Delta Modulation Transmitter
Delta Modulation Receiver
Adaptive Delta Modulation PCM
Differential Pulse Code Modulation
Pulse Transmission
Intersymbol Interference
Eye Patterns
Signal Power in Binary Digital Signals
Questions
Problems
Multiplexing
Introduction
Time-Division Multiplexing
T1 Digital Carrier System
D-Type Channel Banks
Superframe Format
Extended Superframe Format
CCITT Time-Division Multiplexed Carrier System
Codecs
Combo Chips
General Operation
Fixed-Data-Rate Mode
Variable-Data-Rate Mode
Supervisory Signaling
North American Digital Hierarchy
Mastergroup and Commercial Television Terminals
Picturephone Terminal
Data Terminal
Line Encoding
Transmission Voltages and DC Component
Duty Cycle
Bandwidth Considerations
Clock Recovery
Error Detection
Ease of Detection and Decoding
Digital Biphase, Miller, and Dicodes
T-Carriers
T1 and T1C Carrier Systems
T2 Carrier Systems
T3 Carrier Systems
T4M Carrier System
T5 Carrier System
Frame Synchronization
Added-Digit Framing
Robbed-Digit Framing
Added-Channel Framing
Statistical Framing
Unique-Line Code Framing
Bit Interleaving Versus Word Interleaving
Statistical Time-Division Multiplexing
Frequency-Division Multiplexing
ATandT's FDM Hierarchy
Long-Haul Communications with FDM
Message Channel
Basic Group
Basic Supergroup
Basic Mastergroup
Larger Groupings
Composite Baseband Signal
Formation of Groups and Supergroups
Formation of a Mastergroup
U600 Mastergroup
L600 Mastergroup
Formation of a Radio Channel
Wavelength-Division Multiplexing
Wavelength-Division Multiplexing Versus Frequency-Division Multiplexing
D-WDM, Wavelengths, and Wavelength Channels
Advantages and Disadvantages of WDM
WDM Circuit Components
Wavelength-Division Couplers
WDM and the Synchronous Optical Network
Questions
Problems
Microwave Radio Communications and System Gain
Introduction
Advantages of Microwave Radio Communications
Analog Versus Digital Microwave
Frequency Versus Amplitude Modulation
Frequency-Modulated Microwave Radio System
FM Microwave Radio Transmitter
FM Microwave Radio Receiver
FM Microwave Radio Repeaters
Diversity
Frequency Diversity
Space Diversity
Polarization Diversity
Hybrid Diversity
Quad Diversity
Protection Switching Arrangements
Hot Standby
Diversity
Reliability
FM Microwave Radio Stations
Terminal Station
Repeater Station
Path Characteristics
Fading
System Gain
Free-Space Path Loss
Fade Margin
Receiver Threshold
Carrier-to-Noise Versus Signal-to-Noise Ratio
Noise Factor and Noise Figure
Questions
Problems
Satellite Communications
Introduction
History of Satellites
Kepler's Laws
Satellite Orbits
Satellite Elevation Categories
Satellite Orbital Patterns
Geostationary Satellites
Geosynchronous Satellite Orbital Velocity
Round-Trip Time Delay of Geosynchronous Satellites
Clarke Orbit
Advantages and Disadvantages of Geosynchronous Satellites
Antenna Look Angles
Angle of Elevation
Azimuth Angle
Limits of Visibility
Satellite Classifications, Spacing, and Frequency Allocation
Satellite Antenna Radiation Patterns: Footprints
Spot and Zonal Beams
Hemispherical Beams
Earth (Global) Beams
Reuse
Satellite System Link Models
Up-Link Model
Transponder
Down-Link Model
Cross-Links
Satellite System Parameters
Back-Off Loss
Transmit Power and Bit Energy
Effective Isotropic Radiated Power
Equivalent Noise Temperature
Noise Density
Carrier-to-Noise Density Ratio
Energy of Bit-to-Noise Density Ratio
Gain-to-Equivalent Noise Temperature Ratio
Satellite System Link Equations
Link Equations
Up-Link Equation
Down-Link Equation
Link Budget
Questions
Problems
Satellite Multiple-Access Arrangements
Introduction
FDM/FM Satellite Systems
Anik-E Communications Satellite
Multiple Accessing
Frequency-Division Multiple Access
Time-Division Multiple Access
Code-Division Multiple Access
Channel Capacity
Digital Noninterpolated Interfaces
Digital Speech Interpolated Interfaces
Time-Assignment Speech Interpolation
Satellite Radio Navigation
Loran Navigation
Navstar GPS
GPS Services
Navstar Segments
Differential GPS
Questions
Problems
Mobile Telephone Service
Introduction
Evolution of Mobile Telephone
Two-Way Mobile Communications Services
Cellular Telephone
Basic Cellular Telephone Concepts
Frequency Reuse
Interference
Cell Splitting
Sectoring
Segmentation and Dualisation
Cell System Layout
Call Processing
Analog Cellular Telephone
AMPS Frequency Allocation
AMPS Classification of Cellular Telephones
AMPS Control Channel
Voice-Channel Signaling
Supervisory Audio and Signaling Tones
N-AMPS--Frequency-Division Multiple Accessing
ETACS Cellular Telephone
Analog Cellular Telephone Block Diagram
Digital Cellular Telephone
USDC Control Channels
USDC Digital Voice Channel
Speech Coding
USDC Digital Modulation Scheme
USDC Digital Control Channel
Code-Division Multiple-Accessing Digital Cellular Telephone System (IS-95)
Code-Division Multiple Accessing
CDMA Traffic Channels
Global System for Mobile Communications
GSM Services
GSM System Architecture
GSM Radio Subsystem
Personal Communications Satellite System
Projected PCSS Market
PCSS Industry Requirements
PCSS Advantages and Disadvantages
PCSS Providers
Iridium Satellite System
Questions
Problems
Answers to Selected Problems
Index
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