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| Digital Fundamental 11th edition book by Thomas L. Floyd |
COURSE CONTENTS:
Chapter 1 Introductory Concepts
15
1-1 Digital and Analog
Quantities 16
1-2 Binary Digits, Logic
Levels, and Digital Waveforms 19
1-3 Basic Logic Functions
25
1-4 Combinational and Sequential
Logic Functions 27
1-5 Introduction to
Programmable Logic 34
1-6 Fixed-Function Logic
Devices 40
1-7 Test and Measurement
Instruments 43
1-8 Introduction to
Troubleshooting 54
Chapter 2 Number Systems,
Operations, and Codes 65
2-1 Decimal Numbers 66
2-2 Binary Numbers 67
2-3 Decimal-to-Binary
Conversion 71
2-4 Binary Arithmetic 74
2-5 Complements of Binary
Numbers 77
2-6 Signed Numbers 79
2-7 Arithmetic Operations
with Signed Numbers 85
2-8 Hexadecimal Numbers
92
2-9 Octal Numbers 98
2-10 Binary Coded Decimal
(BCD) 100
2-11 Digital Codes 104
2-12 Error Codes 109
Chapter 3 Logic Gates 125
3-1 The Inverter 126
3-2 The AND Gate 129
3-3 The OR Gate 136
3-4 The NAND Gate 140
3-5 The NOR Gate 145
3-6 The Exclusive-OR and
Exclusive-NOR Gates 149
3-7 Programmable Logic
153
3-8 Fixed-Function Logic
Gates 160
3-9 Troubleshooting 170
Chapter 4 Boolean Algebra and
Logic Simplification 191
4-1 Boolean Operations
and Expressions 192
4-2 Laws and Rules of
Boolean Algebra 193
4-3 DE Morgan’s Theorems
199
4-4 Boolean Analysis of
Logic Circuits 203
4-5 Logic Simplification
Using Boolean Algebra 205
4-6 Standard Forms of
Boolean Expressions 209
4-7 Boolean Expressions
and Truth Tables 216
4-8 The Karnaugh Map 219
A Karnaugh map provides a systematic method for simplifying Boolean expressions and, if properly used,
will produce the simplest SOP or POS expression possible, known as the minimum
expression. As you have seen, the effectiveness of algebraic simplification depends
on your familiarity with all the laws, rules, and theorems of Boolean algebra
and on your ability to apply them. The Karnaugh map, on the other hand,
provides a “cookbook” method for simplification. Other simplification
techniques include the Quine-McCluskey method and the Espresso algorithm.
After completing this section,
you should be able to
u Construct a Karnaugh map for
three or four variables
u Determine the binary value of
each cell in a Karnaugh map
u Determine the standard product the term represented by each cell in a Karnaugh map
u Explain cell adjacency and
identify adjacent cells
4-9 Karnaugh Map SOP
Minimization
4-10 Karnaugh Map POS
Minimization 233
4-11 The Quine-McCluskey
Method 237
4-12 Boolean Expressions
with VHDL 240
Applied Logic 244
Chapter 5 Combinational Logic
Analysis of 261
5-1 Basic Combinational
Logic Circuits 262
5-2 Implementing
Combinational Logic 267
5-3 The Universal
Property of NAND and NOR gates 272
5-4 Combinational Logic
Using NAND and NOR Gates 274
5-5 Pulse Waveform
Operation 279
5-6 Combinational Logic
with VHDL 283
5-7 Troubleshooting 288
Applied Logic 294
Chapter 6 Functions of Combinational
Logic 313
6-1 Half and Full Adders
314
6-2 Parallel Binary
Adders 317
6-3 Ripple Carry and
Look-Ahead Carry Adders 324
6-4 Comparators 327
6-5 Decoders 331
6-6 Encoders 341
6-7 Code Converters 345
6-8 Multiplexers (Data
Selectors) 347
6-9 Demultiplexers 356
6-10 Parity
Generators/Checkers 358
6-11 Troubleshooting 362
Applied Logic 365
Chapter 7 Latches, Flip-Flops,
and Timers 387
7-1 Latches 388
7-2 Flip-Flops 395
7-3 Flip-Flop Operating
Characteristics of 406
7-4 Flip-Flop
Applications 409
7-5 One-Shots 414
7-6 The Astable
Multivibrator 423
7-7 Troubleshooting 427
Applied Logic 429
Chapter 8 Shift Registers 449
8-1 Shift Register
Operations 450
8-2 Types of Shift
Register Data I/Os 451
8-3 Bidirectional Shift
Registers 462
8-4 Shift Register Counters
465
8-5 Shift Register
Applications 469
8-6 Logic Symbols with
Dependency Notation 476
8-7 Troubleshooting 478
Applied Logic 480
Chapter 9 Counters 497
9-1 Finite State Machines
498
9-2 Asynchronous Counters
500
9-3 Synchronous Counters
507
9-4 Up/Down Synchronous
Counters 515
9-5 Design of Synchronous
Counters 519
9-6 Cascaded Counters 527
9-7 Counter Decoding 531
9-8 Counter Applications
534
9-9 Logic Symbols with
Dependency Notation 539
9-10 Troubleshooting 541
Applied Logic 545
Chapter 10 Programmable Logic 561
10-1 Simple Programmable
Logic Devices (PLDs) 562
10-2 Complex Programmable
Logic Devices (CPLDs) 567
10-3 Macrocell Modes 574
10-4 Field-Programmable
Gate Arrays (FPGAs) 577
10-5 Programmable Logic
software 585
10-6 Boundary Scan Logic
595
10-7 Troubleshooting 602
Applied Logic 608
Chapter 11 Data Storage 627
11-1 Semiconductor Memory
Basics 628
11-2 The Random-Access
Memory (RAM) 633
11-3 The Read-Only Memory
(ROM) 646
11-4 Programmable ROMs
652
11-5 The Flash Memory 655
11-6 Memory Expansion 660
11-7 Special Types of
Memories 666
11-8 Magnetic and Optical
Storage 670
11-9 Memory Hierarchy 676
11-10 Cloud Storage 680
11-11 Troubleshooting 683
Chapter 12 Signal Conversion and
Processing 697
12-1 Analog-to-Digital
Conversion 698
12-2 Methods of
Analog-to-Digital Conversion 704
12-3 Methods of
Digital-to-Analog Conversion 715
12-4 Digital Signal
Processing 723
12-5 The Digital Signal
Processor (DSP) 724
Chapter 13 Data transmission 739
13-1 Data Transmission
Media 740
13-2 Methods and Modes of
Data Transmission 745
13-3 Modulation of Analog
Signals with Digital Data 750
13-4 Modulation of
Digital Signals with Analog Data 753
13-5 Multiplexing and
Demultiplexing 759
13-6 Bus Basics 764
13-7 Parallel Buses 769
13-8 The Universal Serial
Bus (USB) 775
13-9 Other Serial Buses
778
13-10 Bus Interfacing 784
Chapter 14 Data Processing and
Control 801
14-1 The Computer System
802
14-2 Practical Computer
System Considerations 806
14-3 The Processor: Basic
Operation 812
14-4 The Processor:
Addressing Modes 817
14-5 The Processor:
Special Operations 823
14-6 Operating Systems
and Hardware 828
14-7 Programming 831
14-8 Microcontrollers and
Embedded Systems 838
14-9 System on Chip (SoC)
844
Chapter 15 Integrated Circuit
Technologies 855
15-1 Basic Operational
Characteristics and Parameters 856
15-2 CMOS Circuits 863
15-3 TTL (Bipolar)
Circuits 868
15-4 Practical
Considerations in the Use of TTL 873
15-5 Comparison of CMOS
and TTL Performance 880
15-6 Emitter-Coupled
Logic (ECL) Circuits 881
15-7 PMOS, NMOS, and
E2CMOS 883
Answers to Odd-Numbered
Problems A-1
Glossary A-31
Index A-42
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