An Animated Introduction to Digital Logic Design

Front Cover
Title Page
Verso
Dedication
About the Author
Use of Open Textbook Request
Preface
	My Approach
	Scope of Coverage
		Part I: Background
		Part II: Combinatorial Logic
		Part III: Sequential Logic
		Part IV: Advanced Topics
	Acknowledgments
Table of Contents
	PART I: Introduction and Background
		Chapter 1: Digital Systems and Numbers
			1.1 What Are Digital Systems?
			1.2 One and Zero
			1.3 Representing Numbers in Binary – Basics
			1.4 Numeric Formats
			1.5 Representing Nonnumeric Data
			1.6 Gray Code
			1.7 Summary
			Bibliography
			Exercises
		Chapter 2: Boolean Algebra
			2.1 Boolean Algebra
			2.2 Boolean Functions
			2.3 Minimizing Functions
			2.4 Summary
			Bibliography
			Exercises
	PART II: Combinatorial Logic
		Chapter 3: Digital Logic Fundamentals
			3.1 Basic Logic Gates
			3.2 Implementing Functions
			3.3 Inverse Functions
			3.4 Beyond the Logic
			3.5 Summary
			Bibliography
			Exercises
		Chapter 4: More Complex Components
			4.1 Decoders
			4.2 Encoders
			4.3 Multiplexers
			4.4 Demultiplexers
			4.5 Comparators
			4.6 Adders
			4.7 Tri-state Buffers
			4.8 Summary
			Bibliography
			Exercises
		Chapter 5: More Complex Functions
			5.1 Implementing Functions using Decoders
			5.2 Implementing Functions using Multiplexers
			5.3 ROM Lookup Circuits
			5.4 Summary
			Bibliography
			Exercises
	PART III: Sequential Logic
		Chapter 6: Sequential Components
			6.1 Modeling Sequential Circuits
			6.2 Latches
			6.3 Flip-Flops
			6.4 Summary
			Bibliography
			Exercises
		Chapter 7: More Complex Sequential Components
			7.1 Registers
			7.2 Shift Registers
			7.3 Counters
			7.4 Binary Counters – Function
			7.5 Binary Counters – Design
			7.6 Cascading Counters
			7.7 Other Counters
			7.8 Summary
			Bibliography
			Exercises
		Chapter 8: Sequential Circuits
			8.1 Finite State Machines – Basics
			8.2 Types of Finite State Machines
			8.3 Design Process
			8.4 Design Using More Complex Components
			8.5 Refining Your Designs
			8.6 Summary
			Bibliography
			Exercises
	PART IV: Advanced Topics
		Chapter 9: Asynchronous Sequential Circuits
			9.1 Overview and Model
			9.2 Design Process
			9.3 Unstable Circuits
			9.4 Hazards
			9.5 Race Conditions
			9.6 Summary
			Acknowledgment
			Bibliography
			Exercises
		Chapter 10: Programmable Devices
			10.1 Why Programmable Devices?
			10.2 Programmable Logic Devices
			10.3 Memory Devices
			10.4 Summary
			Bibliography
			Exercises