Need Leedskalnin PMH coil winding diagram

[sm0ky2]

little technical mishap.....


Spent about an hour troubleshooting, then realized my transistor is shorted out inside
Not switching at all....
The LEDs light up on the joule thief, which kinda threw me for a minute
I'll have to replace the transistor and go from there.


Basically I have 52 turns, center tap, forming a joule thief
Wrapped around that is 15 bifilar (30 turns) x 5 (150 windings in series)
across a capacitor
And on the outside I wrapped another 15 bifilar (30 turns) ran through a rectifier
as an "output".


It's the same thing as a JT with a secondary output coil
except, instead of ferrite, I have the 5 bifilar series coils and cap
At least that's the goal.


I'll have to wait until I get another transistor before I can play with it

[sm0ky2]

At the request of Ramset


(sorry about the confusion, the guys name is Russell)
Here is his YouTube page


https://www.youtube.com/user/rwg42985


I can't vouch for his theories, or anything he says about Ed
As we know, Ed was a con-artist, trained by Robert Ripley.


However, Russ is the leading PMH researcher
Years ahead of everyone else.
Hope this helps.

[ramset]

Smoky2
Been a while since I spoke with Russ, he had been busy with quite a few investigations[Stanley Meyer in particular]

and Now he is working with capacitors I believe ?

Thanks ,

will report back

[sm0ky2]

Ok , so I made an assumption based on something recently
discovered by TinselKoala
when he learned how to magnetize a non-magnetic object.


and I made a little video to show what I did with this assumption.
basically what he discovered was that he could change the magnetization
properties of aluminum by simply sandwiching them between two very
powerful magnets.


This indicated (to me) that, at least some of the effects of the magnetic loop
occur between any two opposite field-sources.
With that in mind, I reverse engineered my theory stated earlier in this thread.


And realized that we can do the same thing with an electromagnetic coil, electric current,
Or permanent magnetism.
And to test this, here is my small PMH
and a magnet


https://youtu.be/gOA_NGvaz8o


This proves that the PMH occurs in nature
by a passing magnetic field

[sm0ky2]

If the loop forms in nature, we have the natural storage of magnetic energy
And subsequent release of electrical and/or magnetic energy
initiated by an outside force that breaks the loop.
The transfer of energy from the outside force
and release of stored magnetic energy are described by the
Lorentz-Maxwell equations:


https://encyclopedia2.thefreedictionary.com/Lorentz-Maxwell+Equations


The "strength" of the magnetic lock as a function of magnetic field strength
through the conductive path of the magnetic loop, if the force required to
initiate the capacitive release of the stored magnetic field.


In essence, the PMH is a magnetic capacitor, with a switch that requires a given force
to release the stored magnetic energy.


The difference between this and a capacitive inductor, is that the magnetic field is stored
in the atomic matrix of the material. Making it "quasi-permanent", and as long as the magnetic
saturation conditions of said material are not affected by an outside field, it remains this way infinitely.


The breaking-force is often seen as a system loss, but this is merely a technicality
As we gain the same force when we create the lock.
The in/out is net=0 for storing and releasing the energy. (minus friction, etc. at the switch)