Giantkiller moves forward into Full Heterodyning.

[giantkiller]

200mv / grat.
I am not worried about the lack power but interested in the waveform.
I have the secondary/steel of coil 'A' crossed coupled to the previous coil 'B' primary/copper to 'C' to 'D' same.
I uncrossed the coupling and this produces the same waveform but inverted only 2/3rds height.

Next I am going hook secondaries in series groups and the primaries in parallel.

--giantkiller.

[bhaas]

200mv / grat.
I am not worried about the lack power but interested in the wavform.
I have the secondary/steel of coil 'A' crossed coupled to the previous coil 'B' primary/copper to 'C' to 'D' same.
I uncrossed the coupling and this produces the same waveform but inverted only 2/3rds height.

Next I am going hook secondaries in series groups and the primaries in parallel.

--giantkiller.

@GK

That answered another one of my questions. I got a some more 

I'm reading the 382282 and was wondering if Tesla connected the 2 ends
of coiled steel wire or did he leave them unconnected?

I fully understand the mechanics of the diagrams and his descriptions of how
to build what's illustrated. Another question I have is whats the plan to keep
one of these running on it's own?

As for the "flow" of electricity. I'm stumped on that one. Does + goto - or ?
Which is best to pulse with? + or -
What about using a DPDT relay and have it running as fast as it'll go on its own
and pulse +- at the same time or have it alternating +- on each throw.
Either or. Try both I guess. I'm thinking that give it a good kick.
I remember reading something about reed switches. Hmmmm.

As you can probably tell I'm no EE but I'll get it as I go, and once I get going
I'll pick it up fast. But all things mechanical, no prob. 

Brad

[PLUTOSBONE]

with the GEET FUEL system the reactor rod floats around and centers itself to where the best reaction can take place. Self aligns
With the TPU it self aligns or couples to the EM field of the earth.
The kick comes from the EM field of the TPU catching or moving at the same speed as the EM field of the earth. The EM field of the earth through air is mac 1 this speed can be achieved by the amount of voltage pulsed relevent to the circmference size of the TPU relevant to the material (wire ) used to carry the pulse.
I think the frequency or at least one of the frequencies  need to be self floating
On SM s tpu the voltage on the output fluctuated probably because the magnetic input is constantly changing and the TPU is continualy having to retune to the new flux lines.
The earth is a perpetual motion holder continualy holding perpetual motion due to the energy from the sun. But it looses 6.25 days per 360 degrease. The moon holds perpetual motion around the earth But looses 1 hr per day.
I think that to hold perpetual motion with a TPU we need to allow for the fact that everything is consatantly changing.
Just a thought

[aleks]

Does the standing wave enjoy being moved? How does it reacte? I have not seen this talked about. It if it hits solid matter does it react or perform like a mini tidal wave? Think about that.

In this particular setup standing wave won't move as long as resonant frequency is maintained (microphone is good for locking into it - this was discussed in the JD thread). So, you may drop this device to ground and that won't affect the system - maybe only cause a little transient (due to small metal deformation and thus shift of resonant frequency).

Standing waves are not actually "standing". They are just points in space where acoustic (kinetic) waves interfere, with each interfering wave having its own vector.

For best results it's better to use square wave signal to drive the piezo-transducer: this way the standing wave region will be very sharp: and of course, additional standing waves will appear on the circumference. So, two square wave gens are needed: both should have 50% duty cycle. The "resonating" square wave should be tuned to resonant frequency of the ring, and the gating square wave's frequency can be chosen arbitrarily.

Following the JD thread discussion, another option is to use a strong electromagnet placed in the center of the iron ring circumference: such electromagnet can be used to drive iron ring into resonance instead of using piezo transducer: this is less energy-efficient, but is probably more rewarding to the ear (piezo transducers are very fatiguing to listen to since they are overly directional).

Maybe gating is not necessary, at all.. I'm just trying to justify audio spectrum analysis of SM's video: there were at least two frequency distances: 200 Hz and 1100 Hz: all harmonics were apart by these numbers.

[giantkiller]

Or how about this? Let's fight fire with fire.
By putting an air gap in we actually physically interface with the flux field of the Earth. Flux is flux. Now we use a coil to strum the flux in the air gap which in turn resonates with the Earth field. Choose the frequency. The iron ring is also the flux antenna.
What I have seen is without the airgap the ringing after the falling edge diminishes. That is the same old tranny turn off signal. Add the air gap and the ringing amplitude ramps up. Pick your point where you want to set the rising edge in the ramp up part of the signal. I will add the airgap back in and then the extra iron bar segments. That is where I was last time. Just plug and play. I even have the digital frequency boards found by Feyman. Oh, the control! 1 freq or heterodyning.

We just drop a pebble in the pond to see the ripples return.

--giantkiller. Same effect, different place.