Because they are vector points, not stair steps.
He does. Watch it again.
I'm reasonably certain the Bobbsy will back up the guy on the video.
Can you tell me the time of that moment?
Didn't see it. Probably missed it.
You can call them steps, points, vectors, or whatever you want, they stay fixed points imitation an analogue curve.
Where in contrast analogue is a constant line.
And how many fixed points/vectors you have, it will never cover a line, so 'holes' will stay between them. What can be done is that much points/vectors/whatever that it looks and acts like a constant line (but it still ain't).
That's why i said analogue is unlimited, were digital is limited by the amount off points/vectors/whatever.
This guy measures with an analogue measuring gear. That's what fools the situation. Digital signal fools analogue electronics. It imitates. That's what it should do and is developed for.
If this guy turnes up his signal measurement settings he will get the non constant signal with slight failures too.
Come on man, this was an assignment at school i did myself many times. We had to compare those digital and analogue signals. We had to determine where the digital signal imitated the analogue signal enough to look like it. What it did when we upgraded the digital inputs and so on.
Btw, what do you think in the concept digital the part 'digit' stands for?
And what most people think, a point/vector/whatever is NOT build by one O or I.
I'm quit sure Bobbsy will confirm this too.
And those who really know how a digital curve is build know i'm right.