Uploaded January 2024 | Updated September 2026, 2 hours ago
No headphones needed this time :/
Inspired by Hakon Soreide here on YouTube to learn how to use logic gates on the ZOIA, I set out to make a simple 4-digit binary calculator! Using comparator modules as NOT gates, multiplier modules as AND gates, and value modules as OR gates, you can make all kinds of logic circuits on this platform. Logic gate circuits are easy to find on the web, and I figured a binary adder would be a fun project to start with. Plus, it stacks easily, so there's plenty chance to make one double the size later...
No headphones needed this time :/
Inspired by Hakon Soreide here on YouTube to learn how to use logic gates on the ZOIA, I set out to make a simple 4-digit binary calculator! Using comparator modules as NOT gates, multiplier modules as AND gates, and value modules as OR gates, you can make all kinds of logic circuits on this platform. Logic gate circuits are easy to find on the web, and I figured a binary adder would be a fun project to start with. Plus, it stacks easily, so there's plenty chance to make one double the size later...
