Understanding electricity in the TPU.

[otto]

Hello all,
@GK

you want a bell??

Then try to pulse 2 coils in opposite directions. And look for some almost hidden signals. But this works only with a load. Any load.

Otto

PS: positive pulses

[giantkiller]

Schematic for last test...

[wattsup]

@GK

Please let us know how those tests went if anything special.

I am posting two pictures of my new Litz wire of 1650 strands of 44 awg individually insulated wire in 5 bundles.

This is like incredible wire and I will be using it in the next FTPU tests as the outer ring. This will put to the test SMs analogy of magnet over 1 wire and what would happen if past over 1000 wires. This would also equal his statement that "wire is very important". Very expensive too.

I also have an idea about the frequency being relevant to the TPU diameter. If you take any wire length and put a scope on it, you will eventually find some frequency spikes just as the wire stands there doing nothing. What if the natural ring frequency is the frequency used in the TPU. Sounds crazy but if the TPU actually worked on what I would call a passive pulsing method that he managed to develop, then this could explain many things, like having two pulses without having any of the actual conventional pulsing components, and without the actual pulsing energy source. So if the ring is connected to a small low voltage transistor (not mosfet) base, is it possible for someone to pulse a base with mV's.

If you can remember on one of the LTPU videos, when SM took out his big magnet, he first spent several seconds passing the magnet over the outer rings, putting it right against the sidewall, then he quickly passed the magnet over the toroids as if to try and switch your attention away from what he just did over the outer rings.

Also, when he puts the magnet on the FTPU, he is also putting it right next to the outer rings but we concentrate on the toroid getting the field and not the rings.

Won't discuss the OTPU because it is the oddball out, but when he puts the magnet to the STPU and 6TPU, he again puts the magnet on the sidewall.

During the last two years, we have tried approaching all sorts of magnets near energized toroids and have never really seen any effect that would spell SM's effect. The only one I have seen so far is @gotolucs' test with a neo against a toroid, but even then the effect is not that obvious. So I am more convinced now that this cannot be required for the toroid, but for the ring to start some type of pulsing on a transistor base. Either that or the magnet is just a dud. Anyways I will investigate this soon with some small transistors.

wattsup

[giantkiller]

I had done a test with 2 neo eggs in the GK4 which has an iron core. They chattered like crazy and burned my thumb nerve because I grabbed them.

Jason had suggested a bifilar pair of copper and iron wire. If you put the magnet near that it becomes a magnetic field.

William Lyne talks in great depth about the electric house meter. Iron, copper, aluminum, weak magnets and how it is an overunity device since it is constructed in a peculiar way. I put aluminum plates on my my notched pvc coil and the edges shot energy.

Lit the LED, charge cap to 1.5vdc @ 100khz.
Lightning storm coming in...

@Otto,
Tomorrow night I do the dual opposing pulses.

[otto]

Hello all,

my PMs doesnt work so I will answer here to a member:

Im connecting the load between the minus from power supply and a point on my coils that gives me the best light.

my coils are somehow in series connected and there is NO; NO; NO high voltage!!!! Hopefully that is finnaly and for ever clear!!!

A long time ago I wanted to rectify the output of one of my TPUs, connected a 250V/40A bridge rectifier. The output from the TPU was a few kilovolts.

Result: in only 1 minute the rectifier was blown because of a veeeery high temperature. I didnt want to understand it and tried the same with another bridge rectifier and other frequencies.
Result: the same!

But when you have a "normal" voltage on the output of your TPU then there is no problem to rectify. Of course if you think you have to rectify the output voltage of a TPU.

And now we have the question how to connect the coils:
a parallel connection was for me always a bad solution. To pulse only the primaries is also a bad solution and so my sugestion is to pulse the coils in a mixed way: primaries and secondaries together, some coils in a CW direction, some in a CCW direction....a lot of possibilities.

Otto

PS: Im weekends off line