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RE: SSTC theory
Original poster: "Steve Conner" <steve.conner-at-optosci-dot-com>
>What I was suggesting is that in the case of the ISSTC,
>matching to the *unloaded* resonator would, in my opinion, be more
>useful than matching to a load.
I can't get my head around the combination of the concepts "matching" and
"unloaded". Matching, to me, means adjusting a circuit for most efficient
transfer of real power from a source to a load. If there is no load, then
all the math goes out the window. There just isn't anything to match.
If you have a plan for getting round this problem, I would be _very_
interested to see it :-o
BTW, I believe the base impedance of an unloaded resonator is just the
resistance of the wire (counting skin effect, radiation resistance etc) IOW,
it's a loss resistance, and not any impedance that has any significance as
to the spark producing properties of the coil. Matching to this makes no
sense, IMO, and is a bad idea.
Try a little thought experiment- A superconducting Tesla resonator would
have a base impedance of zero* at resonance, so do you think it would be
impossible to drive, and fail to produce any sparks? Common sense says the
opposite: it would work just like an ordinary one, but better.
*Not counting radiation resistance, which is going to be pretty minuscule