That's a good point. In the AM broadcast receiver world, the ideal AGC
action, I believe, is to maintain the IF at a constant level into the
detector, so (1) the detector does not overload if you are close to the
transmitter; and (2) so that the demodulated audio is always the same
level, regar
> I've finished additional K2 receiver measurements and have posted them to
my web site,
> www.cliftonlaboratories.com.
Very interesting results, in particular the AGC performance curve.
I wonder about the statement "In an ideal receiver, once the threshold point
is passed, there will be little
I've finished additional K2 receiver measurements and have posted them
to my web site, www.cliftonlaboratories.com. Specifically:
1. Frequency stability from a cold soaked start (K2 left outside
overnight, with a temperature low of 20 degrees F). This data can be
viewed at http://www.cliftonla
I've posted two series of frequency stability measurements for my K2
(SN 5689) that might be of interest to the group. The data can be seen
at http://www.cliftonlaboratories.com/Updates.htm under the 11 January
2007 entry.
I also wonder if there are any Washington DC area K2 owners that would
Hello again and happy holidays!
With regard to the K2 frequency stability...
Several good points were raised and I realized that I wasn't
adequately specific before. The drift I notice is primarily
related to warmup and not during normal operation. I will
perform the aforementioned test to c
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