Logic Gates
If you want a more in-depth and easier to understand explaination, check out this amazing video by Ima_Rainbow. He does an amazing job explaining what everything does, and how to use them
AND Gate
- Compares two inputs, one on the back and one on the side
- If both are on, it will give an output
- If not, no output will be given
Truth Table:
Back | Side | Front |
---|---|---|
Off | Off | Off |
Off | On | Off |
On | Off | Off |
On | On | On |
OR Gate
- Compares two inputs, one on the back and one on the side
- If either are on, it will give an output
- If not, no output will be given
Truth Table:
Back | Side | Front |
---|---|---|
Off | Off | Off |
Off | On | On |
On | Off | On |
On | On | On |
NOT Gate
- Has one input on the back, and inverts it
- If it gets powered, no output will be given
- If not, it will give an output
Truth Table:
Back | Front |
---|---|
Off | On |
On | Off |
XOR Gate
- Compares two inputs, one on the back and one on the side
- Works similar to a OR gate, but will not give an output if it receives power from both inputs
Truth Table:
Back | Side | Front |
---|---|---|
Off | Off | Off |
Off | On | On |
On | Off | On |
On | On | Off |
Toggle
- When given an input from the back, it turns on or off
- If initially off, it will turn on
- If initially on, it will turn off
- There is an additional input on the side (marked in red) that will turn off the toggle, even if it was off already
Randomizer
- Takes one input, and gives two outputs on either side
- When powered, it will pause breifly, before randomly powering either side