| Item | Title | Link |
|---|
| Logic Gates |
Summary, Lecture 1
| Basic Logic Gates
|  |
Summary, Lecture 1
| Other Logic Gates
| |
Summary, Lecture 9
| Addition using Logic Gates
| |
Summary, Lecture 9
| Subtraction using Logic Gates
| |
Solved Problem
| Resolution of a 12-bit ADC
|  |
Solved Problem
| Truth Table for 4-input NOR gate
| |
Solved Problem
| NAND gate Pulse Train
| |
| Tools and Techniques |
Summary, Lecture 1
| Truth Tables
| |
Summary, Lecture 2
| Venn Diagrams
| |
Summary, Lecture 2
| de Morgan's Theorems
| |
Summary, Lecture 3
| Combinatorial Logic Circuits
| |
Summary, Lecture 3
| Canonical Forms
| |
Summary, Lecture 3
| Boolean Algebra
| |
Summary, Lecture 4
| Karnaugh Maps
| |
Solved Problem
| Proof of de Morgan's Theorems using Truth Tables
| |
Solved Problem
| Proof of de Morgan's Theorems using Venn Diagrams
| |
Solved Problem
| Circuit Simplification using a Karnaugh Map
| |
Solved Problem
| Application of Truth Tables (Executive Board)
| |
| Sequential Logic Circuits |
Summary, Lecture 5
| Sequential Logic Circuits
| |
Summary, Lecture 5
| SR Flip-Flop
| |
Summary, Lecture 6
| Switch Debouncing
| |
Summary, Lecture 6
| Clocked RS Flip-Flop
| |
Summary, Lecture 6
| Delay Flip-Flop
| |
Summary, Lecture 6
| JK Flip-Flop
| |
Summary, Lecture 6
| Master-Slave Flip-Flop
| |
Summary, Lecture 8
| Ripple Counters
| |
Summary, Lecture 8
| The Decade Counter
| |
Summary, Lecture 11
| Timing Problems with Ripple Counters
| |
| Numeric Representation |
Summary, Lecture 7
| Number Systems
| |
Summary, Lecture 7
| Binary Arithmetic
| |
Summary, Lecture 10
| Parity
| |
Summary, Lecture 10
| Binary Codes
| |
Solved Problem
| Binary Subtraction
| |
Solved Problem
| Decimal to Binary Conversion
| |
Solved Problem
| Binary to Hexadecimal Conversion
| |
Solved Problem
| Gray Code to Binary Conversion
| |
| Tutorials and Assessments |
Assessment
| Assessed Homework (2003)
| |
Tutorial
| Tutorial Questions 1 (2003) (Word document)
| |
Tutorial
| Tutorial Questions 2 (2003) (Word document)
| |