> This is rubbish... of course Wilson will say the 5000 is better than the
> 1000, they make more money on the 5000... A little silver here and there
> doesn't make any difference. What does make a difference is the length of
> the radiators... and they are the same. hey, it's your 10 bucks... he he he
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Prof,
If the length of the radiators is the same, then the inductance of the
coils has to be the same. Do you agree?
If the coil in the 5000 has a larger diameter than the one in the 1000,
it would take less turns to get the same value of inductance. You still
with me here?
If I have less turns of a heavier gauge wire, the resistance of the
coil is less and therefore the Q of the coil increases. Still with me?
If the Q increases, the radiation efficiency should increase, improving
the transmitted field strength, and the rejection of 'out-of-band'
signals and noise should increase, thereby also producing an improvement
in the signal to noise ratio of the received signals.
Notice I say 'should', because other factors such as the dielectric
constant of the plastic could have an effect. But all other things being
equal, the larger diameter coil should work a little better at any power
level.
IN THEORY!
Dennis
aka #12