Hello, everyone, I have carefully read this paper also, a lot of common with the Tesla Induction device but also with the TPU, and yes in the last chapter the device presented is a TPU !!! A lenzless one way magnetic TPU !!!

So I have decided to make some test with some toroid I have bought for some project (while I wait for my shield, I play with several stuff and other device involving toroid and trafos)...

This was with a toroid and windings like chapter 3 in trafos section...

I can CONFIRM the one way induction magnetic diode (I don't tell is OU) but the theory is right, but since Ls (the primary) is wind on a open path, the inductance is very low, (I literally short circuited my 12V 8 Amps trafos)
after I have build a reactor to limit my input current...)
The fun is when I use L2 (the secondary ) as input no EMF is generated in Ls !!!
Then one way induction...

I have no time (since I deal with the Tesla device) and (especially money) to build the TPU version at this time, but I have my idea how to build it, and to tune it (correcting ampere turns, saturation level, magnetizing current, permeability, etc...)

Edit: Here a schematic of my setup, more schematics will come soon !!!

Does it matter where the secondary is located, does it have to be right under primary ?

Yeah, the should be on one leg of the trafo, not the whole trafo, for one way induction.

If you put another secondary in the free portion of toroid does it give out same amount of power ?

I don't know the power, the voltage is anecdotal (due to flux leakage in air) and amperage very low, when I short the secondary the whole toroid make huge noise like it's fully saturated...

If it works then you can wound secondary all over toroid, and primary on top of that.

No, the toroid must be wired like the diagram above if not, then full Lenz action in both direction, no decoupling...

What about switchable inductance, if you wound another primary so that it is crossed with first primary and connect those using diodes and cap as shown in Utkin paper, would it work ?

I have not tested the switchable L yet, and it requires scope to analyse data, I have no scope, I have tested the asymmetric trafos by curiosity while I wait for my shield.

Trafo would then have a cross inside a circle, a mason symbol. We could call this the free masonformer, as it would output free power by itself lol.

Yeah, this is for decoupling phenomena, the toroid is for closing Ls path and the center one is for secondary MMF, for the mason stuff, it will be the first time they become useful in this world...

Well the thread ain't dead, i've only noticed it coz you bumped it today, reading the paper right now, lots of ideas there.

Hopefully others will see the thread now and read the patent and the document.

And another thread dies.

No, dying, I have just received the shield, I search how to cut this into two half properly now, after this, protocol, calculation and experiment(s) will be made.