On Mar 22, 2005, at 4:22 PM, S55M wrote:
If You look at the characteristics of HF common radios You will see
the huge
difference between the preformance on 28MHz and 14MHz for most
commercial
equipment and -hence-there is no technical reason for that!.
Isn't the dynamic range of the system really limited by the dynamic
range of the transverter itself, rather than by the transceiver it is
connected to?
Seems like, with the extra RF amplification and mixer stages in a
transverter, there's more room for dynamic intermingling of signals
that would cause an overload -- especially when you consider the
transverter is typically several hundred kHz wide.
Bill Coleman, AA4LR, PP-ASEL Mail: [EMAIL PROTECTED]
Quote: "Not within a thousand years will man ever fly!"
-- Wilbur Wright, 1901
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