See how simple gates become useful building blocks: explore NAND, NOR, and XOR, practice base conversions and binary arithmetic, then design adders and understand signed numbers and overflow.
Overview
Syllabus
- Unit 1: Advanced Logic Gates
- NAND Gate from Scratch
- Building the NOR Logic
- Constructing the Exclusive Logic
- Optimizing XOR with Universal Gates
- Unit 2: Understanding Number Systems
- Using the Weight Method
- Mastering the Division Method
- From Binary to Hexadecimal
- Weight Method but in Hexadecimal
- Unit 3: Building Binary Adders
- Building a Half Adder
- Building a Full Adder
- Full Adder with Universal Logic
- Building A Binary Calculator
- Unit 4: Representing Negative Numbers
- Implementing Ones Complement
- One's Complement Sum
- Twos Complement Circuit Design
- Addition with Two's Complement
- Quiz about Negative Binary Representations
- Unit 5: Twos Complement Math
- Safely Shrinking Binary Numbers
- Growing Signed Binary Numbers
- Three Bit Signed Adder
- Designing a Three Bit Subtractor
- Unit 6: Handling Binary Overflow
- Quiz about Overflow Detection
- Building an Overflow Detector