Pulsed DC Transformer with Embedded Magnets

[Magluvin]

Ok   added 2 cores to the sides and started off with just 2 mags, 1 on each side, which limits the flux conductivity some unless the mags help out there.  At first go nuthin, then tuned it a bit and the meter rose some but no light. It was about 1.5khz by ear and it is a bit louder than orbon. So Paul just may be right about the freq. I have to do more sweeping.
With the polarity one way 1.09v and the other 1.3v an a lil light bulb action. lil.

Now the volts are way down from before, emm i didnt catch the voltage just the brightness. I will do a vid on each in a lil while to document it. I want to know what that voltage was now, that bulb was brighter than the 5v 1a supply can do and the transformer is 1:1. O boy  a whole can of worms.  =]

Ok  gunna do some sweep.

Mags

[Magluvin]

Alright, well I havnt hit any magic freq yet. But I did do some things.

I checked the no mag voltage. 48v no lt bulb 5.7 with lt. So the secondary is collecting the collapse.

Tried 3 mags on each side and the output was nill but when I reversed one sides mag polarity I got the 1v and 1.3v again when I swap the secondary polarity. So the mags seem to impede the transfer from 1 coil to the other.
I think it has stiffened the ability for the field changes to get to the other side. So that leads me to believe that maybe this is only at the mag junctions. I am using mags on both sides to space things properly, but this may be an issue. So now I will figure a spacer and try the mag on 1 side only like the drawing, and if that helps, then we have done a lot of work in a short time anyway and learned some things.

mags

[Magluvin]

Well I think the mags stiffen the flux flexibility in the core. I used 4 mags stacked on one side and the thickness of the core was the same to close the other side. Was able to get 1.5 and 1v this time between reversing the pulse polarity. When I added another stack it was nill. Then I just stuck a core to short out the mag side and we were back up and running.

Well that was fun.  =]

Unless there is a really high freq that can find the resonance of the stiff cores, if there is even such a thing here, then I would probably say if it were to get to the level of transfer as it did without the mags, then the polarity difference in volts out will have, from what we found so far, a 1/1.5 ratio as we found here.

Mags

[ltseung888]

Dear Mags,

Thanks for the experimenting and sharing the results.  Great Job.  We have the following items to tune.  Lead-out energy in other cases need to be of the right pulse strength, at the right time with the right load.  (See the discussion of the Tong Wheel in the Lee-Tseung Lead out theory thread)

The Obvious Tunable parameters include:
a.   Core material (try standard transformer material first and then material with different permeability).
b.   Number of Turns (start with 100 on both, this will affect the strength of the magnetic flux.  I believe this should vary with the type of magnet used.  The stronger the magnet, the greater should be the Number of Turns.)
c.   Current (Half rectification of mains AC.  It should be Pulsed DC.  The maximum Voltage will be important.  Other techniques of producing Pulsed DC should be looked at.)
d.   Frequency (50 or 60 Hertz to start.   In the Flynn and Tom Bearden material, frequency was quoted as an important factor.  We shall change this a little bit later after we learned more about the characteristics of this Pulsed DC Transformer with embedded magnets.)
e.   Magnet (try market available, can stack, first)   This is expected to be one of the most important factors affecting the magnetic flux.  It is also the most difficult to select at the beginning.  We can try a few vastly different magnets to get a feel.  We can think of a good test sometime later.  (In the Tong Wheel case, we tried different magnets with different windings first.  Dr. Ting then thought of the jumping test.)

I believe we should always have the four sets of results to compare:
(1)   The waveform and the RMS Voltage and Current across the Load when it is connected to the Pulsed DC Source directly.  (No Transformer)
(2)   The waveform and the RMS Voltage and Current across the Primary and the Secondary with the same load.  There will be NO magnets in the transformer core.
(3)   The waveform and the RMS Voltage and Current across the Primary and the Secondary with the same load.  There will be magnets in the transformer core.  The DC current is in one direction.
(4)   The waveform and the RMS Voltage and Current across the Primary and the Secondary with the same load.  There will be magnets in the transformer core.  The DC current is in the other direction.


It should not take us long to do the proper scientific experiments.  The preliminary results from Mags indicated that the research is worthwhile.  To win the overunity prize and to be involved in solving the World Energy Crisis should compensate for the few days or weeks of hard work.  You are leading and learning for the World.


Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited

[ltseung888]

(Lawrence needs to get together a more sexy name than "Pulsed DC A with Embedded A")

Let us have a name competition.

I propose Forever Leadout Energy Transformer (FLET).  Fover happens to be the name of my lovely grand daughter.