.
Hence wanting to convert 15MHz to 10MHz.
D.
-Original Message-
From: time-nuts [mailto:time-nuts-boun...@lists.febo.com] On Behalf Of paul
swed
Sent: 18 September 2019 13:11
To: Discussion of precise time and frequency measurement
Subject: Re: [time-nuts] 15Mhz in 10MHz out?
David
Its
I missed the part about the signal on and off. Was thinking you always
wanted the signal on.
Exactly as Bob says grab the lock signal and gate the 10 MHz. The gate can
be many things even a relay.
Regards
Paul.
On Wed, Sep 18, 2019 at 2:00 PM Bob kb8tq wrote:
> Hi
>
> Why not just grab the
...@lists.febo.com] On Behalf Of paul
swed
Sent: 18 September 2019 13:11
To: Discussion of precise time and frequency measurement
Subject: Re: [time-nuts] 15Mhz in 10MHz out?
David
Its been quite a while but either 5 or was it 10 MHz comes from the OCXO.
There were pictures of the tap off points. So it could
Hi
Why not just grab the “lock” signal and use that to disable your existing
10 MHz output? That sounds like a lot less work.
Bob
> On Sep 18, 2019, at 3:08 AM, David C. Partridge
> wrote:
>
> Having seen the recent discussion of the NB3N502 and other PLLs for
> frequency multiplication.
...@lists.febo.com] On Behalf Of Bruce
Griffiths
Sent: 18 September 2019 13:54
To: Discussion of precise time and frequency measurement
Subject: Re: [time-nuts] 15Mhz in 10MHz out?
Dual JK flipflop configured as divide by 3 producing a 33% duty cycle 5MHz
output which is filtered to extract the 10MHz
There are simple circuits that can do a 50% duty cycle /3, then double
to 10 MHz and filter. You can search for Divide by 1.5.
David N1HAC
On 9/18/19 8:54 AM, Bruce Griffiths wrote:
> Dual JK flipflop configured as divide by 3 producing a 33% duty cycle 5MHz
> output which is filtered to
One dual D with an XOR gives you a 50% duty cycle
Bert Kehren
In a message dated 9/18/2019 10:09:43 AM Eastern Standard Time,
bruce.griffi...@xtra.co.nz writes:
Dual JK flipflop configured as divide by 3 producing a 33% duty cycle 5MHz
output which is filtered to extract the 10MHz second
I did look at my notes I only have the ocxo version no RB. There is a tap
point that delivers 10 MHz. This needs to be buffered and filtered. Both
easily done.
Paul
WB8TSL
On Wed, Sep 18, 2019 at 10:09 AM Bruce Griffiths
wrote:
> Dual JK flipflop configured as divide by 3 producing a 33% duty
Dual JK flipflop configured as divide by 3 producing a 33% duty cycle 5MHz
output which is filtered to extract the 10MHz second harmonic component.
Bruce
> On 18 September 2019 at 21:08 "David C. Partridge"
> wrote:
>
>
> Having seen the recent discussion of the NB3N502 and other PLLs for
>
David
Its been quite a while but either 5 or was it 10 MHz comes from the OCXO.
There were pictures of the tap off points. So it could be a bit easier for
you grab that 5 or 10 MHz and run it through the chip to multiply. If 10
MHz then just filtering as I recall.
Regards
Paul.
On Wed, Sep 18,
Having seen the recent discussion of the NB3N502 and other PLLs for
frequency multiplication. I'm wondering if anyone knows of a similar
*small* IC that will convert 15MHz to 10MHz ?
Why? My current modifications to the KS24361 output 10Mhz signals regardless
of whether the unit has lock. ISTR
11 matches
Mail list logo
