>>How can you agree, Rich, when even you admit there is no such thing as a
>>"non-inductive" resistor?
>>
>To create a resonance one needs capacitance (the anode-C) and inductance
>( principally the leads between the anode and the tune-C). Resistors can
>be in the current path of a L-C resonant circuit, however, resistors do
>not create resonance
OK, I hate to pick, but ALL real components have Resistance, Capacitance
and Inductance. So a metal film resistor with a spiral for the film will
have inductance, plus there will capacitance between turns of the film.
All necessary components for self resonance are there. Only an ideal
resistor would be "purely" resistive.
So, an real world resistor will have a self resonant frequency. My
statement is still valid.
73,
Jon
KE9NA
-------------------------------------
Jon Ogden
KE9NA
http://www.qsl.net/ke9na
"A life lived in fear is a life half lived."
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