Explore the intricacies of visualizing data using 7-segment displays in this informative 34-minute video. Delve into topics such as two's complement, Boolean algebra, and the double dabble algorithm. Learn how to simplify equations, convert algebra to logic gates, and implement computer-assisted design. Discover the process of creating a digit display design, understanding binary coded decimal, and implementing the double dabble algorithm with logic gates. Gain insights into displaying 8-bit numbers, implementing ripple blanking, and handling negative number visualization. Follow along as the final design is tested and refined, providing a comprehensive understanding of data visualization techniques for digital displays.
Overview
Syllabus
Intro
Two’s Complement Refresher
Seven-Segment Display + Truth Table
Boolean Algebra Basics
Simplifying the Equation
Converting Algebra to Logic Gates
Computer-Assisted Design
Testing the Digit Display Design
A Real-World Version the 74LS248
Visualizing the Data in a 4-bit Register
All Ten Digits
Binary Coded Decimal
The Double Dabble Algorithm
Dabbling with Logic Gates
Implementing Double Dabble
Displaying an 8-bit Number
Ripple Blanking
Displaying Negative Numbers
Testing the Final Design
Outro
Taught by
Sebastian Lague
