3 ms·
Voltages are always measure relative to each other. In ops example -3V to +3V has 6V difference just as 0V to 6V does and the arcing is the same. Op didn’t spe
by AnotherGoodName 2y ago
Voltages are always measure relative to each other. In ops example -3V to +3V has 6V difference just as 0V to 6V does and the arcing is the same.
Op didn’t specify any particular voltage but you should get the example. You need more voltage between the highest and lower states to differentiate the signals compared to binary. It can work well but only in circuits where there’s already very low leakage (flash mentioned as another reply is a great example).
- XorNot 2y agoWhile true, being negative in a semiconductor system is very relevant though because any P-N junction is a diode. So your ability to propagate current (and thus downstream voltages) does depend on the voltages all pointing the right direction. note: I am aware that strictly speaking a CPU isn't transistors, but it is a lot of variously doped silicon still.