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as we all know computers use digital, 0-5v, 0 being a 0 and 5v being a 1,
so why don't we use logic where on ONE BIT you can have 1-4, ie, 0v=00 1v=01 2v=10 3V=11
or some other similar method, it would compress data quite a bit and free up wires?
as we all know computers use digital, 0-5v, 0 being a 0 and 5v being a 1,
so why don't we use logic where on ONE BIT you can have 1-4, ie, 0v=00 1v=01 2v=10 3V=11
or some other similar method, it would compress data quite a bit and free up wires?
Way back when they did build hybrid analog-digital computers for control loop simulation, since the digital computers weren't powerful enough at the time to do complex feedback control loop calculations in any reasonable time frame. The digital computer controlled the connections, the state of the computer, and processed the data output, while the analog portion performed the control loop simulation.There are analog computers. We had one at the U I attended. It was series of blocks you connected with patch cords.
There may be some modern ones that allow you to program the connections digitally.
You go through the state but you don't detect the final state until the transistion has settled. It's like clocked logic.How would you make a transition from 00 to 10 without going through state 01?