Digital Logic Design

The objective of this book is to teach students the basic theory and techniques for designing digital systems that consist of logic circuits. Students will study the components of digital systems, and how these components are interconnected to form whole digital systems or digital subsystems.Digital design is a discipline of designing digital circuits that process and/or move digital information that can be represented by numbers. Signals are either high (at the power supply voltage, typically 5 Volts, 3.3 Volts, etc.) or low(ground, 0 Volts) 1. Introduction 2. Business and Market of Digital Circuits 3. The Binary Number System 4. Negative Numbers - Two's Complement Numbers 5. 2' Complement Binary Arithmetic 6. Binary Coded Decimal Numbers and Gray Code 7. Logic Operations 8. Boolean Algebra 9. Boolean Functions 10. Design of the Full Adder 11. The Karnaugh Map (K-Map) 12. The Quine-McClusky Algorithm 13. Multilevel Circuits 14. Hazards 15. The Subtractor 16. The Binary Coded Decimal (BCD) Adder 17. The Carry Look-ahead Adder (CLA) 18. The Group Carry Look-ahead Adder (GCLA) 19. The Comparator 20. The Multiplier 21. The Decoder 22. The Encoder 23. The Multiplexer (MUX) 24. Analysis of Cross-Coupled NAND/NOR Gates 25. Flip-flops 26. Analysis of Synchronous Sequential Circuits (State Machines) 27. Design of Synchronons Sequential Circuits (State Machines) 28. Parallel and Shift Registers 29. Counters 30. Datapath & Controller Design: Advanced Design Techniques of Controllers 31. RAM and ROM 32. PLAs and PLDs 33. FPGAs (Field Programmable Gate Arrays) 34. CPU/Microprocessors 35. Error Detection & Correction 36. Color Space Conversion for Video and Image Processing 37. PWM and 1-Bit DAC 38. LED Displays 39. HDL: Verilog and VHDL 40. Verilog for Sequential Circuits 41. HDL Coding and Simulation Using Altera MAX +plus II (Student Ed.) 42A. Schematic Capture and Simulation Using Xilinx ISE 6.3i 43A. Verilog Coding and Simulation Using Xilinx ISE 8.li