Warning: Update in progress.
Before adding new content, I'm going through and updating the content
that already existed that I haven't touched in years.
Also fixing up a lot of CSS.
I wrote bad code a very long time ago and it's taking a while to update
it.
This page has not been looked at yet My apologies for any issues this may cause.
This page has not been looked at yet My apologies for any issues this may cause.
4.7 : Digital Logic Workbench
Throughout this guide, I used a Digital Logic Workbench to allow you to interact with the adders. This workbench was developed by Kazuhiko Arase. If you follow [this link](https://kazuhikoarase.github.io/simcirjs/), you will be redirected to his website. On his website there's a much larger tutorial on how to use the workbench to it's full extent. Try and use this to practice building a half adder and a full adder.
{
"width":800,
"height":600,
"showToolbox":true,
"toolbox":[
{"type":"In"},
{"type":"Out"},
{"type":"DC"},
{"type":"LED"},
{"type":"PushOff"},
{"type":"PushOn"},
{"type":"Toggle"},
{"type":"BUF"},
{"type":"NOT"},
{"type":"AND"},
{"type":"NAND"},
{"type":"OR"},
{"type":"NOR"},
{"type":"EOR"},
{"type":"ENOR"},
{"type":"OSC"},
{"type":"7seg"},
{"type":"16seg"},
{"type":"4bit7seg"},
{"type":"RotaryEncoder"},
{"type":"BusIn"},
{"type":"BusOut"},
{"type":"RS-FF"},
{"type":"JK-FF"},
{"type":"T-FF"},
{"type":"D-FF"},
{"type":"8bitCounter"},
{"type":"HalfAdder"},
{"type":"FullAdder"},
{"type":"4bitAdder"},
{"type":"2to4BinaryDecoder"},
{"type":"3to8BinaryDecoder"},
{"type":"4to16BinaryDecoder"}
],
"devices":[
],
"connectors":[
]
}