Ed
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I'm kind of late to the party on this one, and don't want to reopen and
send it off on a tangent. I agree with the injection-lock method, but
just want to suggest that since most uPs and uCs have their own CMOS
oscillator built in, the simplest solution would be to just use that as
intended, with a cheap 16 MHz crystal or ceramic resonator, and
injection lock it to a low impedance version of the 10 MHz clock, via an
RCD network. It may need a variable cap to tweak the resonator to the
lock frequency.
- Re: [time-nuts] 10 MHz -> 16 MHz clock multiplier WarrenS
- Re: [time-nuts] 10 MHz -> 16 MHz clock multiplier M. Simon
- Re: [time-nuts] 10 MHz -> 16 MHz clock multiplier EWKehren
- [time-nuts] 10 MHz -> 16 MHz clock multiplier Bill Fuqua
- [time-nuts] 10 MHz -> 16 MHz clock multiplier Bill Fuqua
- [time-nuts] 10 MHz -> 16 MHz clock multiplier Bill Fuqua
- Re: [time-nuts] 10 MHz -> 16 MHz clock multiplier EWKehren
- Re: [time-nuts] 10 MHz -> 16 MHz clock multiplier Bob Camp
- Re: [time-nuts] 10 MHz -> 16 MHz clock multiplier Rex
- Re: [time-nuts] 10 MHz -> 16 MHz clock multipli... Ed Breya
- Re: [time-nuts] 10 MHz -> 16 MHz clock multiplier paul swed
- Re: [time-nuts] 10 MHz -> 16 MHz clock multiplier Bob Camp
