Electronic Communications Systems Fundamentals Through Advanced Book

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Title:    Electronic Communications Systems Fundamentals Through Advanced

Manufacturer:

Prentice Hall

Prentice Hall

Item Number: 9780132200219

Number: 2

Product Description: Electronic Communications Systems Fundamentals Through Advanced

Universal Product Code (UPC): 9780132200219

WonderClub Stock Keeping Unit (WSKU): 9780132200219

Rating: 4/5 based on 2 Reviews

Image Location: https://wonderclub.com/images/covers/02/19/9780132200219.jpg

Category: Media >> Books

Weight: 0.200 kg (0.44 lbs)

Width: 0.000 cm (0.00 inches)

Heigh : 0.000 cm (0.00 inches)

Depth: 0.000 cm (0.00 inches)

Date Added: August 25, 2020, Added By: Ross

Date Last Edited: August 25, 2020, Edited By: Ross

Chapter 1	Introduction to Electronic Communications	1
	Introduction	1
	Electronic Communications Systems	2
	Modulation and Demodulation	2
	The Electromagnetic Spectrum	4
	Bandwidth and Information Capacity	8
	Transmission Modes	10
	Circuit Arrangements	10
	Signal Analysis	14
	Mixing	27
	Noise Analysis	34
	Questions	46
	Problems	47
Chapter 2	Signal Generation	51
	Introduction	51
	Oscillators	51
	Large-Scale Integration Oscillators	67
	Phase-Locked Loops	72
	Frequency Synthesizers	89
	Questions	95
	Problems	96
Chapter 3	Amplitude Modulation Transmission	100
	Introduction	100
	Principles of Amplitude Modulation	100
	Am Modulator Circuits	116
	Am Transmitters	127
	Quadrature Amplitude Modulation	135
	Questions	135
	Problems	136
Chapter 4	Amplitude Modulation Reception	140
	Introduction	140
	Receiver Parameters	140
	Am Receivers	145
	Am Receiver Circuits	158
	Double-Conversion AM Receivers	183
	Net Receiver Gain	183
	Questions	186
	Problems	186
Chapter 5	Single-Sideband Communications Systems	189
	Introduction	189
	Single-Sideband Systems	189
	Mathematical Analysis of Suppressed-Carrier AM	197
	Single-Sideband Generation	197
	Single-Sideband Transmitters	205
	Single-Sideband Receivers	214
	Amplitude Compandoring Single Sideband	220
	Single-Sideband Suppressed Carrier and Frequency-Division Multiplexing	221
	Double-Sideband Suppressed Carrier and Quadrature Multiplexing	221
	Single-Sideband Measurements	223
	Questions	225
	Problems	225
Chapter 6	Angle Modulation Transmission	228
	Introduction	228
	Angle Modulation	228
	Commercial Broadcast-Band Fm	245
	Phasor Representation of an Angle-Modulated Wave	245
	Average Power of an Angle-Modulated Wave	246
	Noise and Angle Modulation	248
	Preemphasis and Deemphasis	251
	Frequency and Phase Modulators	253
	Frequency Up-Conversion	259
	Direct FM Transmitters	262
	Indirect FM Transmitters	266
	Angle Modulation Versus Amplitude Modulation	270
	Questions	271
	Problems	271
Chapter 7	Angle Modulation Receivers, FM Stereo, and Two-Way FM Radio	275
	Introduction	275
	FM Receivers	276
	FM Demodulators	276
	Phase-Locked-Loop FM Demodulator	282
	Quadrature FM Demodulator	284
	FM Noise Suppression	285
	Frequency Versus Phase Modulation	289
	Linear Integrated-Circuit FM Receivers	290
	FM Stereo Broadcasting	294
	Two-Way FM Radio Communications	303
	Questions	308
	Problems	309
Chapter 8	Transmission Lines	310
	Introduction	310
	Transverse Electromagnetic Waves	310
	Types of Transmission Lines	313
	Transmission-Line Equivalent Circuit	317
	Transmission-Line Wave Propagation	322
	Transmission-Line Losses	325
	Incident And Reflected Waves	327
	Standing Waves	328
	Transmission-Line Input Impedance	333
	Time-Domain Reflectometry	340
	Microstrip and Stripline Transmission Lines	342
	Questions	344
	Problems	345
Chapter 9	Electromagnetic Wave Propagation	347
	Introduction	347
	Electromagnetic Polarization	348
	Rays and Wavefronts	348
	Electromagnetic Radiation	348
	Spherical Wavefront and the Inverse Square Law	350
	Wave Attenuation and Absorption	351
	Optical Properties of Radio Waves	353
	Terrestrial Propagation of Electromagnetic Waves	359
	Propagation Terms and Definitions	364
	Free-Space Path Loss	366
	Fade Margin	367
	Questions	368
	Problems	369
Chapter 10	Antennas and Waveguides	371
	Introduction	371
	Basic Antenna Operation	371
	Antenna Reciprocity	372
	Antenna Terminology and Definitions	373
	Basic Antennas	383
	Antenna loading	389
	Antenna Arrays	391
	Special-Purpose Antennas	394
	Uhf and Microwave Antennas	400
	Waveguides	409
	Other Types of Waveguides	417
	Questions	419
	Problems	420
Chapter 11	Optical Fiber Communications	422
	Introduction	422
	History of Optical Fibers	422
	Optical Fibers Versus Metallic Cable Facilities	423
	Electromagnetic Spectrum	425
	Optical Fiber Communications System Block Diagram	425
	Fiber Types	427
	Light Propagation	429
	Propagation of Light Through an Optical Fiber	434
	Optical Fiber Configurations	435
	Acceptance Angle and Acceptance Cone	439
	Losses in Optical Fiber Cables	442
	Light Sources	450
	Optical Sources	452
	Light Detectors	458
	Lasers	460
	Optical Fiber System Link Budget	462
	Questions	464
	Problems	465
Chapter 12	Digital Communications	467
	Introduction	467
	Digital Communications	468
	Shannon Limit for Information Capacity	468
	Digital Radio	470
	Digital Amplitude Modulation	470
	Frequency Shift Keying	471
	Phase Shift Keying	478
	Quadrature Amplitude Modulation	496
	Bandwidth Efficiency	504
	Carrier Recovery	505
	Differential Phase Shift Keying	507
	Clock Recovery	509
	Probability of Error and Bit Error Rate	509
	Trellis Encoding	517
	Questions	521
	Problems	522
Chapter 13	Data Communications	524
	Introduction	524
	History of Data Communications	524
	Standards Organizations for Data Communications	525
	Data Communications Circuits	526
	Data Communications Codes	530
	Error Control	535
	Synchronization	543
	Data Communications Hardware	545
	Serial Interfaces	552
	Parallel Interfaces	559
	The Telephone Network	566
	The Telephone Circuit	572
	Data Modems	588
	Questions	601
	Problems	603
Chapter 14	Data Communications Protocols and Network Configurations	605
	Introduction	605
	Open Systems Interconnection	606
	Data Transmission Modes	608
	Asynchronous Protocols	608
	Synchronous Protocols	610
	Public Data Network	626
	Integrated Services Digital Network	636
	Local Area Networks	645
	Token Passing Ring	651
	Ethernet	654
	Fiber Distributed Data Interface	659
	Questions	663
	Problems	665
Chapter 15	Digital Transmission	667
	Introduction	667
	Pulse Modulation	668
	Pulse Code Modulation	668
	Delta Modulation PCM	695
	Adaptive Delta Modulation PCM	697
	Differential Pulse Code Modulation	698
	Pulse Transmission	698
	Signal Power in Binary Digital Signals	703
	Questions	704
	Problems	705
Chapter 16	Multiplexing	708
	Introduction	708
	Time-Division Multiplexing	708
	T1 Digital Carrier System	709
	CCITT Time-Division Multiplexed Carrier System	717
	Codecs	717
	Combo Chips	718
	North American Digital Hierarchy	728
	Line Encoding	732
	T-Carriers	736
	Frame Synchronization	739
	Bit Interleaving Versus Word Interleaving	741
	Statistical Time-Division Multiplexing	741
	Frequency-Division Multiplexing	743
	AT&T's FDM Hierarchy	744
	Composite Baseband Signal	746
	Formation of a Mastergroup	748
	Wavelength-Division Multiplexing	754
	Questions	758
	Problems	759
Chapter 17	Microwave Radio Communications and System Gain	761
	Introduction	761
	Advantages of Microwave Radio Communications	762
	Analog Versus Digital Microwave	763
	Frequency Versus Amplitude Modulation	763
	Frequency-Modulated Microwave Radio System	763
	FM Microwave Radio Repeaters	765
	Diversity	768
	Protection Switching Arrangements	771
	FM Microwave Radio Stations	773
	Path Characteristics	781
	System Gain	782
	Questions	790
	Problems	790
Chapter 18	Satellite Communications	793
	Introduction	793
	History of Satellites	794
	Kepler's Laws	795
	Satellite Orbits	797
	Geostationary Satellites	801
	Antenna Look Angles	805

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