No doubt Eric or Wayne has done that calculation.
73,
Scott K9MA
On Jan 13, 2011, at 10:39 AM, Eric Swartz WA6HHQ - Elecraft wrote:
> Approximately up to 10:1 on most bands. Less on 160M and 6M.
>
> 73, Eric
Scott Ellington
Madison, Wisconsin
USA
_
Approximately up to 10:1 on most bands. Less on 160M and 6M.
73, Eric
_..._
On 1/13/2011 7:15 AM, Guy Olinger K2AV wrote:
> The answer to the question is a fairly large dataset, or a series of
> multiple trace graphs, or a math utility that if you give it a
>
> On Thu, Jan 13, 2011 at 10:04 AM,
Exactly.
Scott K9MA
On Jan 13, 2011, at 9:15 AM, Guy Olinger K2AV wrote:
> The answer to the question is a fairly large dataset,
Scott Ellington
Madison, Wisconsin
USA
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The answer to the question is a fairly large dataset, or a series of
multiple trace graphs, or a math utility that if you give it a
On Thu, Jan 13, 2011 at 10:04 AM, Scott Ellington <
sdell...@facstaff.wisc.edu> wrote:
> The schematic shows the values of the inductors and capacitors. From those
The schematic shows the values of the inductors and capacitors. From those
values, you could easily determine whether or not it could match a specific
impedance at a specific frequency. However, specifying SWR "tuning range" is
difficult, because a given SWR can present a whole range of impeda
I have looked at the manual and on line and I haven't found the tuning
range of the KAT3 tuner. Anyone have this info?
Gary W0GHZ
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