user TURBO?s replication of Steven Mark?s TPU ?

[Grumpy]

See the "Pulsers Only" topic.

I don't believe that the patent quoted is directly applicable to the TPU, or even indirectly.

[lancaIV]

Hi GRUMPY,

US4083584 Zinsser
DE3006520 Florian Popescu page 4-7
WO001983001713 Ferdinand Cap

I think there is a co-relation with the SM-device-process,
but do not ask me about fundamentals,
this is Macro-(Astro-)/Micro-(Quantum-) Physics Sphere !
Section: paramagnetic generator

S
  dL

[starcruiser]

Collector (Inside), Control (Middle) and Feedback (Outer) coils in the TPU. Is it really a feedback coil? perhaps not. Things to be tested.

Carl,

Please make a drawing on how you connect the above coil system to a 3 oscillator system.

Alex.

@Alex,

I will draw something up that shows the current test wiring I am using, will probably post later today or tomorrow, the holiday is squeezing my time this weekend.  Generally there is much debate on the correct wiring of the coils but there are a few ways to do this and get a better output. I am working on trying a few permutations that seem to improve the output and will share this. If interested you can use this patent as a starting point for the control coil wiring.


As to connecting the oscillators, Generally the control coils can be fed with a pre-mixed signal (all frequencies in the same feed using a transistor/fet at the output of each osc to buffer. Another method is to feed each TPU "Layer" with its own Frequency and allow the transformer effect between adjacent control coils to perform the mixing action in the coils.

Apply a DC voltage to the outer coil to provide the static field (adjust the voltage and see what value works best, i.e. the output on the collector(s).

You might want to try connecting the negative end of the feedback coil to one of the collectors leads to increase signal output. Try a few combinations to see what produces the best output on the scope.

You should use a non grounded scope and power supply to avoid killing the oscillation. If using a regular AC powered scope try using an isolation transformer on the scope to help with this. I have been using a battery (12vdc) for the power source to avoid PS issues with grounding.

With these concepts I feel it is important to look at the coils resistance to avoid overheating. We need to remember that the output is the collector coils and the other coils are there for inducing the effect, so this would mean that the control and feedback coils need not be a heavy gauge of wire but a gauge that would provide enough resistance to limit current flow from the power source but still provide the desired effect.

I firmly believe the control and feedback coils inductance and inter coil capacitance plays a role here and needs to be considered. I am saying this since these will affect the sweet spot frequencies coupling. Remember we are looking for resonance to transfer power.

Now I must say these are my theories and I am working on proving them but I am willing to share them in the hopes we can all benefit and find the answer. Please let us all know what results you get.

[starcruiser]

There is no warranty that the information contained in the following link is correct but something else to think about:
"http://ray.tomes.biz/maths.html"
Notice the flow of energy between the harmonics.

AM

Very interesting, I was thinking along the same lines as well as a few other people. The thinking is that the 3 frequencies need to be harmonics of each other. According to that paper the best harmonic would be the 12th or 24th. With this in mind then should we be looking at a signal source that provides an adjustable harmonic scale for the 2 other frquencies?

This would also seem to indicate that the oscillator design should provide for a single VCO (stable signal source) with a programable multiplier and divider network to generate the required harmonics.

What do you think?

[mrl]

Frankly I'm more interested in the device at this site http://www.kz1300.com/hfgc/ because there is a workable theory behind it.  I've been rereading the description for days now and contemplating how to build it.  This TPU thing is irritating the hell out of me, in that there are too many questions that the inventor would not answer.  He wouldn't even reveal the frequencies or post the coil drawings.

The Harmonic Frequency Generator Circuit is predictable in its operation and there's good theory behind it.   However, the guy that posted the information about it will not post the patent application, most likely because he wants to make some money off it (although he doesn't admit it).  He does, however, claim that one can build a unit by the information that is on the site.  He told me that he was an investor and he saw the thing running, but he can't answer any technical questions about it.  I think he is trying to recover some of his money by selling the patent application; but he does not want to say he is selling the information outright because it is not his intellectual property (this is my opinion). He says he will scan the documents for a $200 free and put them on CD.

Anyway, at this time, that's where my design energy is going.