Tom Donaly wrote:
Since when has anyone claimed it's impossible to make a coil that
has a non-constant current distribution?

Tom, W8JI claimed such in the following quote from eHam.net:

"If you look at HOW an inductor works, the current flowing in
one terminal ALWAYS equals the current flowing out the other
terminal."

Maybe you should catch up on the argument before you expose your
ignorance of the argument any farther. Tom's above assertion is
what the argument was/is all about. Your posting proves that you
are ignorant of what the argument is all about.

You guys sure go out of your way to pat yourselves on the back
for proving something no one has ever argued about.

You are continuing to exhibit your ignorance. W8JI (your hero)
asserted the above quotation that the current flowing in one terminal
of an inductor "ALWAYS" equals the current flowing out the other
terminal. Are you going to back him up on that assertion or not?

For those who really want to learn
about loading coils on small antennas, go to Tom
Rauch's web page and learn how a real engineer deals with
the problem.

Tom Rauch is the person who made the above assertion of which you
are obviously ignorant. Please alleviate your ignorance and get
back to us. Do you really believe that, for an inductor, "the current
flowing in one terminal ALWAYS equals the current flowing out
the other terminal"? It's a simple yes/no question and it's time
for you to $hit or get off the pot.
--
73, Cecil http://www.qsl.net/w5dxp


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