Digital Logic Design 4th edition by Holdsworth – Ebook PDF Instant Download/Delivery. 8131200620, 978-8131200629
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Product details:
ISBN 10: 8131200620
ISBN 13: 978-8131200629
Author: Holdsworth
Digital Logic Design 4th Table of contents:
-
Number Systems and Codes
- Overview of Number Systems (Binary, Decimal, Hexadecimal)
- Conversion Between Number Systems
- Codes (BCD, ASCII, Gray Code)
- Error Detection and Correction Codes
-
Boolean Algebra
- Basics of Boolean Algebra
- Boolean Operations (AND, OR, NOT)
- Laws and Properties of Boolean Algebra
- Simplification Techniques
-
Karnaugh Maps and Function Simplification
- Introduction to Karnaugh Maps
- Simplifying Boolean Functions using Karnaugh Maps
- Applications of Karnaugh Maps in Logic Design
- Minimization of Boolean Expressions
-
Combinational Logic Design Principles
- Combinational Logic Circuits and Their Applications
- Design Techniques for Combinational Circuits
- Logic Gate Implementation
- Timing and Delay Considerations in Combinational Circuits
-
Combinational Logic Design with MSI (Medium-Scale Integration)
- MSI Devices and Their Applications
- Design with Decoders, Multiplexers, and Encoders
- Implementing Combinational Functions Using MSI Components
-
Latches and Flip-Flops
- Basics of Latches (SR, D, T)
- Flip-Flops and Their Types (JK, D, T)
- Edge-Triggered and Level-Triggered Flip-Flops
- Timing Diagrams and Characteristics
-
Counters and Generators
- Types of Counters (Binary, Decade, Up/Down Counters)
- Synchronous vs Asynchronous Counters
- Design of Counters and Timing Diagrams
- Pulse and Clock Generators
-
Clock-Driven Sequential Circuits
- Basics of Sequential Logic Circuits
- Design of Synchronous Sequential Circuits
- State Machines and State Diagrams
- Analysis of Clocked Sequential Circuits
-
Event-Driven Circuits
- Asynchronous Sequential Circuits
- Event-Driven Logic and Timing Considerations
- Flip-Flops in Asynchronous Circuits
- Hazards and Race Conditions
-
Instrumentation and Interfacing
- Introduction to Digital Instrumentation
- Interfacing Digital Systems with Analog Components
- ADC/DAC Converters and Signal Conditioning
- Communication Protocols (I2C, SPI, UART)
-
Programmable Logic Devices
- Types of Programmable Logic Devices (PLDs, CPLDs, FPGAs)
- Programming and Configuring PLDs
- Applications of PLDs in Digital Design
- Advantages and Limitations of PLDs
-
Arithmetic Circuits
- Binary Addition and Subtraction
- Multiplication and Division Circuits
- Design of ALUs (Arithmetic Logic Units)
- Floating Point Arithmetic
-
Fault Diagnosis and Testing
- Testing Digital Circuits for Faults
- Methods of Fault Detection (Boundary Scan, Scan Chains)
- Fault Diagnosis Techniques (Stuck-at Faults, Path Delay Faults)
- Built-In Self-Test (BIST) for Digital Systems
-
Appendix – Functional Logic Symbols
- Standard Logic Symbols and Their Representation
- Symbol Conventions for Digital Design
- Circuit Schematic Diagrams
-
Answers to Problems
- Solutions to End-of-Chapter Problems
- Detailed Explanations and Examples
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