I guess it is about time I picked up the CMOS cookbook, I will order
it tomorrow.
Explain to me, if you will, the basic premise of this kind of
debouncing. Will it still work for my purposes if the open and close
of the switch are as much as one second apart? I'm just curious what
the principle is.
Thanks again,
Rafael
it tomorrow.
Explain to me, if you will, the basic premise of this kind of
debouncing. Will it still work for my purposes if the open and close
of the switch are as much as one second apart? I'm just curious what
the principle is.
Thanks again,
Rafael
--- In cgs_synth@yahoogroups.com, bill bigrig <billbigrig@...> wrote:
>
> Howdy,
>
> A good debouncing and flip/flop setup can be easily
> found in "The Cmos Cookbook. It seems you are going to
> have to debounce and eliminate one of the pulses. All
> of this is covered in the book. It also explains "half
> monostables", which might suit your purpose nicely.
> rig
>
>
> --- sasami@... wrote:
>
> > What you are experiencing is called switch bounce.
> > Try wiring a 10n (0.01)
> > from the input to ground.
> >
> > Ken
> >
> > >I have to admit I am a bit confused about this
> > issue right now.
> > >After BigRig's advice I tried this out with a few
> > different switches
> > >and the circuit outputs a trigger upon closing AND
> > opening of the
> > >switch, whenther its a toggle switch or a momentar
> > button OR a piezo
> > >switch. Any way to prevent this double triggering?
> > >
> > >--- In cgs_synth@yahoogroups.com, "rafe127"
> > <rafe127@> wrote:
> > >>
> > >>
> > >> Crumbs....
> > >>
> > >> Is there no way to get a good clean timely click
> > out of a piezo
> > >> switch? Will it always only deliver upon
> > "release"?
> > >>
> > >> If I tap it quickly, then it comes close to the
> > behavior I want,
> > >> although it sometime "double clicks"
> > >>