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@MSGID:
<9508d160-2fbd-4c3b-9deb-e2bdf226972fn@googlegroups.com> f624c2fe
@REPLY:
<bbab81b0-f0d9-466a-a0da-f1b9c241bfa8n@googlegroups.com> 480e524b
@REPLYADDR M. Simon <msimon6808@yahoo.com>
@REPLYTO 2:5075/128 M. Simon
@CHRS: CP866 2
@RFC: 1 0
@RFC-References:
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<ef6a32c9-3e95-4485-80bc-6518db94f7d6n@googlegroups.com> <bbab81b0-f0d9-466a-a0da-f1b9c241bfa8n@googlegroups.com>
@RFC-Message-ID:
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@TZUTC: -0700
@PID: G2/1.0
@TID: FIDOGATE-5.12-ge4e8b94
On Saturday, September 30, 2023 at 5:03:10 PM UTC, Marcel Hendrix wrote:
> On Saturday, September 30, 2023 at 4:03:24 PM UTC+2, M. Simon wrote:
> > > > Eliminate SPST Debounce Delay with an SR Latch
> [..]
> > You can`t get zero delay with a zener and a capacitor. With
this circuit you can.
> > Deglitch is separated from debounce. No deglitch? No delay.
> Isn`t this just a state-machine?
>
> -marcel
Yes of course. The interesting thing about it is that the SPDT SR
Latch Debounce has been known for decades and especially since Max
Maxfield`s articles 3 1/2 years ago. Yet in all that time no one ever
thought to apply the principles to an SPST. Within hours of understanding
the SPDT SR circuit, I was working on this SPST version. It completely
explains SPST debounce with nothing extraneous added. Software gets improved
from the hardware example.
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