Digital electronics / David L. Wagner.

Chapter 1 Fundamental concepts
The basic digital functions
Some additional logic gates
More combination of gates
The idea of active input and output
Gate conversion
Binary codes

Chapter 2 The construction of logical gates
Introduction
Diodes and transistors
Common logic families
More on interfacing
Problems

Chapter 3 Boolean algebra
Introduction
The basic theorem of boolean algebra
Examples of boolean reduction
NAAD and NOR Gate circuit implementations
Developing the boolean expression
Problems

Chapter 5 Flip-Flops
Introduction
The R-S Flip-lop
NAND Gate implementations
The D-Type Flip-Flop
The J-K fLIP-fLOP
tt j-k Flip-Flop

Chapter 6 Flip-Flop Applications
Introduction
The basic binary counter
Some MSI counters
Modulus-N counter
Shift register
Problem

Chapter 7 Stable and mono-stable multi vibrators
Introduction
A stable multi vibrators
Mono stable multi vibrators
Schmitt-Trigger input
The 555as timer
etc.

Chapter 8 Karnugh mapping and digital design
Introduction
Combinational logic Karnugh mapping
Sequential Karnugh mapping
Detection of code sequences
Problems

Chapter 9 DAC, ADC,and microprocessor interfacing
Introduction
The type DAC
Analog-to-digital conversion
Microprocessor interfacing
Problem

Includes index.