The TPU uncovered? (A PROBABLE technique.)

[innovation_station]

@ pont99

what do  you want a verry simple test that CAN NOT BE PROVEN WRONG??

if this is what you want perhaps this is what you will get but remember YOU WANTED IT!!!


IST'S SIMPLE LIL TEST  prof of concept ...

this test proves it is the kick .....it was what opened my eyes ......

power supply transformer light bulb  simple......

pluse hot electricty 5 amps 1 amp there bouts  no more than that, that will sacre you enough    take a few pics and readings....

NOW I WANT TO HEAR YOUR RESULTS!!!

it seams you want to see and hear everyonelses work where is yours perhaps i missed it but none the less

i dont think anyone missed mine!!!

ist !i!

why am i useing mot trannys not only because the secondary is biased to the core there is another reason INDUCTANCE.... i have a primary that is hi selfiductance  and low selfinductance and the kick is only allowed 1 path out......

[poynt99]

i'm just a lil' troll with a lil' brain

it's disappointing that no one can or will come forward with the simple explanation as to what is happening with Paul's test. because it really is just that--simple.

[pauldude000]

@duff

Concerning nodes1 & 2 on your schematic.... My coil is not center tapped, but I might be able to guess where center of coil is and scrape off some insulation and measure. I will have to reset frequency on my FG, but I can get it extremely close to the test setting. (I have been playing)

I will see what I can do....

@Poynt and all

Seriously, build this and try the magnets. I am encouraging this for many more reasons than a just a kick demo.........

Watch the magnets as you change frequency, as they start to oscillate, then rotate. Keep changing the frequency slowly up, then watch them oscillate then rotate.... in another plane of orientation..... and at certain frequencies rotate in both......

The magnetic effects are worth building for, and some bright boy might be able to replace a quadrature setup using this for field rotation, maybe, I don't know. (I think the quad setup gives stronger field strength.

@all

I have been wanting to bite something, quite literally. I felt like a retard.

This demo shows a kick, but I do not think it is the necessary setup for use in a TPU. Now, for how common it is? Have you considered the waveform if this kick is allowed to reflect inside a normal inductor? It will oscillate. With no reinforcement, it will dampen and die. So, you would see an oscillation in the voltage section of the waveform. As soon as the voltage dies, so does the oscillation effect. You then should see a square wave with a high initial edge, which oscillates the top of the waveform from high on left, down to line voltage on right...... SOUND FAMILIAR? (Some call it TRANSFORMER ACTION <- I wanted to bite myself it was so simple.)

I think SM made pulsed kick trains. I also think stan meyers did in his HHO setup (based off of waveform, though his "kicks" may well have been artificial). This should give the SAME effect that Tesla used in his disruptive discharge setup. Active input small wattage, active apparent output kilowatts. This DRIVES THE TPU, not the load! (If I am correct, as you could use it to actively drive a load.)

To build such a kick train, I would need a low frequency with long wavelength, then find frequencies which are true harmonics. (both low and high rising at the same time, yet when low frequency falls, it is imperative that the shorter high frequency wave falls at same time.) The bad thing is at exact frequency, they should also sum, and the kicks should as well.

POSSIBLE SAFETY NOTE: Don't get me wrong, this is an "if I am correct" situation.

This summing can be very bad. Each resonance of said frequencies in a tuned coil should sum as well..... GK's scope shots posted elsewhere show that he is almost there concerning this. He is getting kick trains, but his coils are not tuned. What happens when the voltage rise is doubled geometrically with each resonation of the signal? OUCH. P=IV

Some thoughts to think on, and I welcome comments by all.

Paul Andrulis

[BEP]

Don't forget current lags in an inductor. The more the lag the higher the voltage shoots under no load. Now counter wind the inductor. Shouldn't that enforce the effect?

[duff]

@duff

Concerning nodes1 & 2 on your schematic.... My coil is not center tapped, but I might be able to guess where center of coil is and scrape off some insulation and measure. I will have to reset frequency on my FG, but I can get it extremely close to the test setting. (I have been playing)

I will see what I can do....

@Paul

My mistake, you've already provided scope shot between L1 & L2.

I tried some more models this morning but did not have good results so I think I'll just drop this model business for the time being.

It's more of an distraction than help...


-Duff