In a message dated 8/26/05 4:08:42 P.M. Central Daylight Time,
alexeban@bezeqint.net writes:
Not necessarily. You see, when resonances occur hot spots can develop in the
area that carries the current maximum. Presumably the resonance arose at
the higher frequencies and that is precisely acting on the lower impedance
part of the choke.
Alex 4Z5KS
Alex,
I must be missing something here.
In my books, resonance implies circulating currents that are equal in the
entire resonant loop.
Any 'hot spots' would be developed across the most resistive (Non-reactive)
part of that loop and be a result of the heat generated in that R due to
those circulating currents.
Regards,
Dennis O.
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