I have a pretty basic understanding of redstone and can make most of the simple gates, however, I'm at an impasse as to what I need to accomplish the following:
Using a single button, the first press powers outputs A then turns them off. Then with a second press, the button powers outputs B, then turns them off.
I know that I probably need a memory cell of some sort, but am unsure as to which I would need. If anyone could post a diagram that would be great.
I'll make you a .schematic real quick, but first check if this is right; [*:uhx4k1i0]Button is pressed: [*:uhx4k1i0]Output A goes on
[*:uhx4k1i0]After a short while, it goes off
[*:uhx4k1i0]Button is pressed: [*:uhx4k1i0]Output B goes on
[*:uhx4k1i0]After a short while, it goes off
And this cycle repeats, is that correct?
Or in words:
Build the A, B or E version of the Toggle flipflop on the wiki. And then hook up the 2 outputs of the Toggle flipflop to the C design of the pulse generators. It basicly doesn't matter wether you use a rising edge or a falling edge, since you'll toggle between 2 states anyway.
Yes, that is what I am looking for.
I understand the operation of the flipflop, but why would the pulse generator be used over a monostable circuit?
I'm not questioning the advise, just trying to get a better understanding for future reference.
I have a pretty basic understanding of redstone and can make most of the simple gates, however, I'm at an impasse as to what I need to accomplish the following:
Using a single button, the first press powers outputs A then turns them off. Then with a second press, the button powers outputs B, then turns them off.
I know that I probably need a memory cell of some sort, but am unsure as to which I would need. If anyone could post a diagram that would be great.
Thanks!
Yes, that is what I am looking for.
I understand the operation of the flipflop, but why would the pulse generator be used over a monostable circuit?
I'm not questioning the advise, just trying to get a better understanding for future reference.