The Master Of Magnetics "Steven Mark"

[hartiberlin]

Okay Jason,
put a 1 or 10 or 100  Ohm resistor into the groundline
from your function generator before going to the transformer
and measure with your scope the voltage at it.

Don?t ground the scope, as this will shut away the free electrons
to ground.

[Jdo300]

Hi Stefan,

I'll try adding the resistors to the setup when I goto take the next video. Does the circuit still draw power from the function generator even when the ground lead is not connected?

God Bless,
Jason O

[hartiberlin]

Hi Stefan,

I'll try adding the resistors to the setup when I goto take the next video. Does the circuit still draw power from the function generator even when the ground lead is not connected?

God Bless,
Jason O

Yes, surely,
capacitively.
Okay, I will move the videos now to a webpage directory.

[hartiberlin]

Hi Jason,
your videos are now
here:
http://overunity.com/jason/

You make a closed circuit via the stray capacitance.
If this is a few hundred picofarads, it is a low
resistance at 500 Khz and its harmonics of the square
wave.
So most of the power comes
from the function generator.

[Jdo300]

Hi Dave,

That?s an awesome setup you have there! I will be testing your setup to verify the results you are getting. By the way, does this work at any frequency or just a select range? By looking at the three-transformer setup, this got me thinking about how SM uses three collector coils, each with their own rotating field coils. If we were to go with a single-frequency design. One could easily see how the top and bottom control segments could function as the two transformers, and the one in the middle could be the third. That way they are constantly feeding each other, and maybe the feedback could be achieved by inductive coupling between them?? If this is even somewhat true, then I see the importance of tuning off the exact coupling frequency a bit so that the voltages in the system won't multiply exponentially.

By the way, I forgot to include the diagram and pictures from my transformer circuit. Here they are.

God Bless,
Jason O