Giantkiller moves forward into Full Heterodyning.

[aleks]

I do want the square wave though.

Well, in that case just use a diode on the load circuitry (on both connections) so that energy does not flow back on the "off" front, this way:

--|<-- collector coil -->|--

Hope this makes sense.

[poynt99]

@ aleks

it's a construct, which means it doesn't exist in reality. It is not ideal and it is not an approximation of anything. pulses, unit step functions, square wave edges, saw-tooth edges, these are all approximations (quite poor actually, except a very narrow pulse) of the dirac-delta function, or impulse.

so the edges contain high frequencies and DC. we know that. the question still is, what do you guys want to do with these edges/wave forms?

you can heterodyne with any wave form type and number you choose. what do you want for an output?

[Jon]

@poynt99

not sure about the perpendicular comment..got a reference to that?


Thanks for the reference on electrostatic coupling.

See: http://www.thewaterengine.com/pdf/stevenmarktpu.pdf

Quote:
A man by the name of Tesla had seen this.
He wondered how and why this 'kick' would occur.
So he experimented with wire and disruptive discharges from capacitors.
It was found by him that this kick could be made so powerful that it could explode wires instantly.
This kick came out of the wires perpendicularly.

I mentioned it because it appears that that is what I have observed.

@aleks

--|<-- collector coil -->|--

Thanks ill try that.

[giantkiller]

In regards to the SM17. There are 2 pairs of Parallel RC circuits with wires running to the ring. If these wires were wrapped around the ring loops and then the big loops basically could be a pair of antennas. There are also diodes at this base plate area.
Transmit out, receive back in. Each loop 180 degress out of phase with each other. And we can gently sway the energy potential back and forth across the vertical gap of the rings. Like alternately pushing the sides of a pliable container of liquid.

--giantkiller.

[aleks]

so the edges contain high frequencies and DC. we know that. the question still is, what do you guys want to do with these edges/wave forms?

Well, I can only answer for myself. In acoustic (phonon) space, this DC component produces gravity hill or well. Is it hard to envision possible outcome of this?