Understanding electricity in the TPU.

[sparks]

   Transverse emwaves are the children of the longitudinal wave.  Compression happens to the space in between mass.  Vacuum fluctuations if you will.  We call these vacuum flutuations magnetism.  If the vacuum fluctuations happen in a field where there is charged mass free to respond to the new vacuum state then we get electrical phenomenon or charge seperation arising from the inertial response of charged mass to a changing vacuum state.  How is a transverse em wave able to travel through a vacuum?  Because it is altering the vacuum state as it goes along. 

[wattsup]

I managed to catch this image of one of the waveforms. It seems that as I switch from on frequency range to another on my scope, the wave form does not get wider or thinner but it changes, as if each frequency range is discovering a new wave form. I will need to understand this interplay better.

But trying to get a stable waveform on the scope is next to impossible. I had to take the camera in my left hand ready to shoot and with my right hand adjust the scopes variable adjustment to stop it enough to grab the shot.

Anyways, if anyone can help on the circuit I need above I would greatly appreciate it.

[wattsup]

@All

A few people have emailed me asking the precise wiring of the above Test #2 given my photo shows a missmash of wires. Since I am rather bad with classical circuit designs, also not knowing how to show four coils on a toroid, I made the diagram below to show the wind direction and turn amounts, etc.

In this particular set-up, there is a very high rate of overlapped currents that is very difficult to see with the scope as a steady wave form.

If you take the two primary outputs and put them together to one end of the ring, and then simply put the negative of the pulse to the other side of the ring, this makes one waveform that is easy to see but the results are more pulse driven and less recirculating driven.

I will try it now with a second ring and also with stranded copper rings to make the comparisons. I will put up a new diagram when that has been tested.

Within these variations, I believe the TPU base function is hidden.

With the one ring diagram I am making good multiple frequencies with one pulse source. Now with the second ring I will try and make the two multiple frequency rings collide at a given point and see what happens and can the voltage rise higher.

More soon.......

[FatBird]

GREAT Drawing Wattsup, and Thank you for sharing that.

However may I humbly say that I do NOT see any Circular Wires on any of SM's TPUs.  Please take a look and see what you think.

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I still see 4 Separate Coils on SM's TPUs.  My Wild Speculation is that your Iron Core Toroid goes between them.  For example, my WILD theory is that TPU Coils 1 and 3 are in series, as well as 2 and 4.  Then I speculate that your Toroid Coils should connect between them.

That way your Toroid Xfmr PHASE SHIFT will ROTATE the TPU Fields respectively.  The Applied Driving Waveform can be applied across Coils 1 and 3, OR across Coils 2 and 4.  The 4 TPU windings AND the Toroid windings are all IN SERIES as a CLOSED LOOP.  Of course a Collector Winding will need to be added all the way around the TPU to HARVEST the Power.  Please see my drawing below.  A DIODE that can handle 5 or 6 AMPS WILL HAVE TO BE ADDED in series with the TPU Coils to make sure the TPU can only rotate in 1 Direction.

[wattsup]

@FatBird

Very good questions.

The FTPU center toroid is also seen in the OTPU right behind the circuit board. You can see it on the photos you just posted.

Extrapolating the FTPU top outer control coil which is wound all the way around the top ring, equals two of the coils wound in the OTPU. The FTPU bottom outer control coils equals the other two coils in the OTPU.

The main difference in both these units is the outer rings. In the FTPU each level has its own ring with around 2 14 turns, but in the OTPU, SM is using the bottom disk as the ring since the two coil sets are on the same ring. I would elaborate that the bottom ring has a slip or cut in it and they are probably meeting right under the back end where there is something taped between the two disks. His is basically putting one wire on each end of the cut on the disk to use the disk like a heavy conductor. I would say the disk is aluminum since if it was iron, he would not have been able to handle it like he did.

In the LTPU, all you have in the outer core is a top and bottom ring with control coils wrapped around each. Just think of the LTPU like a huge FTPU.

Put it this way. In the FTPU, how would you hold the outer ring/controls in place if you did not have a wire spool to mount everything on. Chances are you would make a large circular form of a light but good material and put one ring on top and the other ring on the bottom then tape over it all to keep everything in place. The FTPU is the basic design, the OTPU is a different variation, but then the STPU, 6TPU and LTPU follow along the FTPU design.

The only other question is the center toroid is not visible in the STPU and 6TPU. He could have used the same FTPU toroid and put it inside the outer core, like he hid the toroid in the OTPU behind the circuit board. This means to me that the center toroid physical placement is not critical and could be located anywhere in a build.

But again this is all to our best observations and logical reasoning plus a whole slew of tests that are not finished yet. I will know more soon.......