Author Topic: Blockland's first working binary gate system.  (Read 13582 times)

Anybody who already knows a good bit about electrical engenering and bianary logic should use my smaller faster more complex designs

Anybody who already knows a good bit about electrical engenering and bianary logic should use my smaller faster more complex designs

More COMPLEX!!!!1 >:O

Anybody who already knows a good bit about electrical engenering and bianary logic should use my smaller faster more complex designs

How about an explanation? 2 relays on the AND gate does not send an output. And when an output gets sent, where do you receive it? You need to include explanations, not just "use my stuff".

my things all use a syncing system you need to have a relay come into the yellow bricks then they output.
the best way to do this is to have a plate ontop of your circuit that fires a relay down every 200 too 1000 ms
the output is fired away from the red brick

my things all use a syncing system you need to have a relay come into the yellow bricks then they output.
the best way to do this is to have a plate ontop of your circuit that fires a relay down every 200 too 1000 ms
the output is fired away from the red brick

One thing: Why did you make it like this? This makes getting relays to it much harder than it needs to be.


well it made sense when I was makeing it.
but soon I promis that I will make some easier to use ones


You guys are smart
working on binary but having no goals
just building a bunch of useless stuff

I have a goal of building a http://csclab.murraystate.edu/bob.pilgrim/405/DigLogic_Apx_A_The_Very_Simple_Computer.pdf

Im just a slow worker. as in most of my work was done almost a year ago then I saw this thread said hi and then made my components a fourth the size.
For comparason my smallest and gate is one brick with default events
and theres is 6x6 I think


I would like to point out that there is no correct frequency for my AC chips.
that is one of the main points, that the clockspeed can be a small a value as is possible while still allowing signals to propigate along the wires.
which puts a practical limit of 100 at the lowest with nothing as the highest.
makes it much easier to bugtest

Your frequency is higher then my AC and cannot be correctly converted into DC without DC becomming AC because of the timer toggle

But you know the Steve Jobs of Blockland will take your designs and make your gate system fit inside a 2x cube, right?

Id like to see somone put these chips into a 1x1 brick