ENERGY AMPLIFICATION

[Tito L. Oracion]

Size matters.

Tesla knew that much for sure.

Ya, i agree, that is also one thing that says truth that if you want big watts then its should be proportional to the device you made so heat can be under control. 


Therefore: if the free energy they are showing is not in proportion then you think twice go back to tesla ok. 


probably its a fake. 

[forest]

Ya, i agree, that is also one thing that says truth that if you want big watts then its should be proportional to the device you made so heat can be under control. 


Therefore: if the free energy they are showing is not in proportion then you think twice go back to tesla ok. 


probably its a fake. 

however switchmode inverter using high frequency can be small except capacitors and maybe mosfets with heatsink

[bboj]

We can add multiple transmitters at the maxumum values of the wave. And can we combine a load or generator to oscilate at the same f? Hmmm

[Qwert]

Get a quad of L-C tanks, and... just make an arragement to feedback them together.

[Magluvin]

Ya, i agree, that is also one thing that says truth that if you want big watts then its should be proportional to the device you made so heat can be under control. 


Therefore: if the free energy they are showing is not in proportion then you think twice go back to tesla ok. 


probably its a fake. 

What you say about the heat, Tesla talked about using instead of round wire, using ribbon or strips. I have to read it again, I think he didnt know if it was the larger surface area of the ribbon or another reason heat was less of a factor. Tesla. Would loved to have known him. Some laptop supplies, some of the transformers have at least 1  flat ribbon winding. Ive had one that had 2.  Also, an arc welder I was checking out, large, 10 in. by 10 in. laminated core, 3 in thick. The primary was like 1/4 in. round copper and the sec was 2 different windings of  flat windings, one was for high power and the other for low.  Picture a square core wound like we see a toroid in a diagram, primary on one side and sec on the other. but this being square, there is one more ingredient to the welder....
A large knob on the front casing was connected to a shaft, with a rectangular laminated block, suspended on the core between the windings. When you turn the big knob, the rectangular core can be turned to where the rectangle block acts as a magnetic shunt to make output adjustments.

The core was all rusted out and Im sure the laminations were no longer separated from each other. 

Anyways...

So with proportions/power, are you saying we can relate common electronics, or particularly , power supplies, like cell phone, or laptop size, to what power we could expect from an ou device?  Or would the ou device be larger in comparison?

Happy Thanks Giving, no matter where you are. 

Mags