But it is as Richard said and after he sent it I remembered reading about
it in the "Quantum beat".
The trick is to get that accurate frequencies sideband to land on the RB or
CS frequency. Just 1 sideband. So using a large step synthesizer and then
another to get the finer detail is a reasonable
Hi
If you make the cells in the basement (or even in most factories) the ability
to have a wide range
synthesizer will come in handy. The whole “6.834xxx GHz” thing is dependent on
a number of variables.
It is not at all uncommon to produce cells that come out 10’s or 100’s of KHz
off of the
You always want two frequency sources. One generates a carrier
frequency offset many MHz from 6.834 GHz and the other frequency
source modulates the carrier with a sideband that is at the
exact ~6.834 GHz frequency that finds the atomic line. The
sideband is in turn modulated with audio to find
When I read about the frequency generation in the Rb or CS there are
normally many numbers associated with the actual frequency. Down to at
least the 1 Hz level. Many of these PLLs are intended for multi-KHz steps.
I speculate you might need 2 PLLs one thats very fine in I hz increments
that gets
the are 6GHc synthesizer chips from ADI available see here
http://www.analog.com/en/analog-dialogue/articles/design-a-direct-6-ghz-local-oscillator.html
73
KJ6UHN
Alex
On 4/11/2017 8:29 AM, Attila Kinali wrote:
On Tue, 11 Apr 2017 07:31:01 +
Andre wrote:
Has anyone