Kapanadze Cousin - DALLY FREE ENERGY

[nelsonrochaa]

The photo above is from Sergey.  He is using the same current sense transformer I am using.  So I'm not convinced.  These are accurate and reliable sensors and I'm pretty confident it is measuring the current actually passing through the wire, surely within 100 amps.  The homemade wound toroid sensor Ruslan used I would be suspicious of.

Anyway my point is:  If we cannot get this basic waveform signal, I think we're dead-in-the-water making any further progress.

Is not the type of transformer that create that wave , but the way that we connect them 😯

[Dog-One]

Is not the type of transformer that create that wave , but the way that we connect them 😯

Huge and upside down, but that's what I'm talking about right there.   


So what you're saying is the core doesn't matter--that's excellent news.

Then I'm guessing it's how we apply impedance to the transformer that
allows us to see that wish-bone waveform.

Nelson, can you give us a little hint as to which side (primary or secondary)
to apply some investigation?

[Jeg]

The photo above is from Sergey.  He is using the same current sense transformer I am using.  So I'm not convinced. 

Pretty sure that is a matter of saturation and permeability. I take out this mustache like waveform with a small
10000 μi toroid.

Thanks Void. So I ll take out amplifier's cover to make access to its output transistors, so to watch their temperature. I thought that calculating impedance was only a matter of primary's specs. I had forgot this reflection situation. 

[TinselKoala]

Facepalm.

[T-1000]

T-1000, would you be willing to answer a few questions I have on this experiment that you participated in using the TV yoke,
if I post my own experiment results back here? I believe I currently already have all the necessary components and measurement
equipment I will need to try to replicate what Wesley reviews in his recent video. I have suitable signal generators as well as a 100 MHz
oscilloscope which is capable of also acting as a basic spectrum analyzer as well. In conducting some related experiments a while
back, I did notice that one problem I will have to work around is that local AM broadcast radio stations in the Medium Wave band
(about 530 kHz to 1.7 MHz) can show up as blips on my spectrum analyzer when monitoring a coil of wire on a ferrite core. Hopefully the
magic frequency of my ferrite TV yoke core and windings won't be right close to a frequency of a strong local AM broadcast station.

By the way, in Wesley's recent video he states that the Russian ferrite yoke core they used had the markings: OC-90.38nu12
One of my (Russian) TV ferrite yoke cores has the markings: OC-90.29nu10, although I have no idea what those markings indicate.
Anyone know what those markings indicate?

My ferrite yoke core has the following dimensions:
Wide opening outside diameter: about 105 mm, or 4.3 inches
Narrow opening outside diameter: about 65 mm, or 2.5 inches

All the best...

There was key materials in yoke composition what was reacting to EM radio frequency radiation exposure. The few common between yoke and http://www.rexresearch.com/colman/colman.htm was Cobalt and Barium.
If you would like to understand what we done with NMR, I suggest studying on MRI scans used in materials identification - http://hyperphysics.phy-astr.gsu.edu/hbase/nuclear/mri.html
Just we did expose material on higher energy level on resonant approach (which made energy consumption levels watts, not kilowatts) and this is what made things happen. This is also fundamental method what akula was talking about in his different devices. In one case it is core, in another case it is wire itself.
If you will pursue that on the yoke, have it in radiation isolating container. It will emit beta/gama radiation if you will manage to replicate effect.