ENERGY AMPLIFICATION

[Tito L. Oracion]

I BELIEVE MAGS WILL GET IT NOW.


OR YOU'RE JUST FOOLING ME AND KNOW IT ALREADY LONG TIME AGO.

[Magluvin]

I BELIEVE MAGS WILL GET IT NOW.


OR YOU'RE JUST FOOLING ME AND KNOW IT ALREADY LONG TIME AGO.

I wish. Really.

I said this the other day. Somewhere. There are probably many that have come close, but many dont get it all the way. I see that you think its silly that I dont have it yet. But as you can see, many dont have it yet. look around. 

So its not so silly. Its a fact.

I just keep truckin along. ;]

MaGs

[Magluvin]

Thanks Bob

The av plug is interesting.  Like I explained the pumping action and the compression of electrons in the winding from one end to the other, the AV pumping action only has the amount of electrons in the winding and the caps plates, also the ones in the diodes ;], to work with.

So maybe a longer winding would get more pumped to the cap than the ones I have been using for experiments. Also if the wire is larger in diameter, then more electrons to move along the winding for compression and decompression from one end back to the other.

Like maybe the secondary of a microwave transformer. Very long wire. For every turn of that winding there is pressure added upon the compression and decompression also.

I have one im going to try tomorrow. The key to using an AV plug on an open ended secondary, is that it wont spoil the primary resonance like when loading the secondary normally. Like an ignition coil in a car with a mechanical points system, they have a cap, about .47uf 100v across the switch points. With points closed, the primary of the ign coil builds a field(no spark yet). When the points open, the cap and primary resonate and we have a nice spark from the secondary. Without that cap, we get a very weak spark, more like a pip that barely wants to jump an eighth of an inch. You can even see with the naked eye, that the spark made with the cap seems to be more than just a single pip. The duration of the spark is definitely longer than without the cap, of which you can literally seem to see that there is just a single one directional spark.

So with the MOT, I will try this method. Ill need to put some diodes in series for each leg of the AV plug. Then see if it pumps more than these tiny neon transformer secondaries , from scanner light tubes in scanner/printers. The transformer is all but 1in x 1in x 1/2in, so not near as many electrons to pump there.

Ill try small caps at first to try to get a HF oscillation, of which will charge the cap faster, I think. ;]]

MaGs

[penno64]

Mags,

I am looking to complete a puzzle.

Still, to this day, I continue to tinker with Romeros wheel. Currently, having setup one only coil pair as generator and
ensuring they are bucking, I get from them just about nil. That much I follow.

If we bias them with rear magnets, we can collect a resonable amount of both voltage and milliamps.

The puzzle is -

if you pump this into a DC cap, it fills to a particular level - fine, that makes sense.

but if you manually disconnect and connect one leg from the coil pair, you can get the cap to pump up
to a much higher voltage.

Why ?

Penno

[Magluvin]

hey Pen

are your bias mags in attraction or repelling the rotor mags?

Hmm, you get more when you periodically disconnect? Can you post the circuit you are using and show the disconnect point/s ?

Have you scoped out the differences?

Sounds interesting. First there was shorting, now let go.  ;]   It could be some sort of initial shock when the lenz kicks in while the mag fields are swiping the pickups.



MaGs