Here's another way to do it for a wall clock display... set up an oscillator/divider (or even a 555 timer) to generate a frequency close to, but faster than 65536 Hz. Setup a 16 bit counter clocked by that signal. When the 1PPS signal arrives, start the counter. After 65536 pulses the counter will overflow... stop the counter (and set up for the next 1PPS trigger) when that happens. The Q0 output (lowest bit) from the counter will be a burst of 32768 pulses that repeats once a second. Use that to drive your clock. The slight pause between bursts of 32768 pulses will not be noticed on the clock display. _______________________________________________ time-nuts mailing list -- [email protected] To unsubscribe, go to https://www.febo.com/cgi-bin/mailman/listinfo/time-nuts and follow the instructions there.
- Re: [time-nuts] 1PPS to 32.768 khz Chris Albertson
- Re: [time-nuts] 1PPS to 32.768 khz Bob Camp
- Re: [time-nuts] 1PPS to 32.768 khz David
- Re: [time-nuts] 1PPS to 32.768 khz Chris Albertson
- Re: [time-nuts] 1PPS to 32.768 khz ed breya
- Re: [time-nuts] 1PPS to 32.768 khz Bob Camp
- Re: [time-nuts] 1PPS to 32.768 khz Jim Harman
- Re: [time-nuts] 1PPS to 32.768 ... Tom Van Baak
- [time-nuts] 1PPS to 32.768 khz Mark Sims
- Re: [time-nuts] 1PPS to 32.768 khz Dan Kemppainen
- [time-nuts] 1PPS to 32.768 khz Mark Sims
- Re: [time-nuts] 1PPS to 32.768 khz Bob Camp
- Re: [time-nuts] 1PPS to 32.768 khz Hal Murray
- Re: [time-nuts] 1PPS to 32.768 khz Robert LaJeunesse
- [time-nuts] 1PPS to 32.768 khz Lee - N2LEE via time-nuts
- Re: [time-nuts] 1PPS to 32.768 khz Chris Albertson
- Re: [time-nuts] 1PPS to 32.768 khz Scott Stobbe
- [time-nuts] 1PPS to 32.768 khz Lee - N2LEE via time-nuts
