STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[Omnibus]

And here, if the above isn't enough, is the real treat. Take a look at this, taken at 700kHz. I already posted a similar result but was still agonizing over the inductance problem in measuring the current. Now, I'm almost certain this is a real effect (can't wait to check it with the current probe to confirm it definitively). What we see here is that the driving of the device requires spending of no energy at all. On the contrary, the very driving of the device pushes in your hands excess energy not only energy in the form of heat but also tons of energy as electrical such. What does it mean? Self-sustaining device is just one step away--someone has to make a converter and that's not a problem for anybody savvy in electronics, to feed what's obtained at the output back into the input. That's it folks. OU trivially present in electrical devices, no need to look for special constructions, secrecy agreements, investors, you name it. Here it is, for your viewing pleasure:

[Omnibus]

If someone wants the Excel data for the above, let me know.

[gyulasun]

@Omnibus

Suddenly I do not get where is you measuring the output power in these last 3 simplified cases? I understand you drive the transformer's primary coil with 20-30V peak to peak sinusoid AC voltage.  How do you interpret the output?

Another question:  In case of the 50Hz test, if you reduce the FG output voltage to a lower value like 5V peak to peak, do you still see a distorted waveform instead of the sinusoid one?  Also, in case of this 5V, for instance, do you find OU at 50Hz?
I suspect core saturation causes the waveform distortion?  Have you seen such distorted waveform at 1kHz, 5kHz, 10kHz or 15kHz in this simplified setup? 

Thanks,  Gyula

[Bruce_TPU]

Hi Omnibus,

I want to say great job thus far, and great attention to detail.  It is nice not having to chase down an inventor for details or to have to worry about a hoax.

The real reason that I want to write to you today is to share with you and to remind our community that there was another man who saw some strange things in a transformer, many years ago.  He too would not let it go.  I want to share some of his quotes and then summise by stating where the OU is coming from and how to prove what I am going to say, once you have concluded your testing with the current probe.  Funny, then you will come to the same place this man was, such as, how can I use this to create even greater power....  And thus the Steven Mark Toroidal Power Unit was born. 

But first, in Steven's own words:
"It is an insignificant power supply except when the two transformers get slightly out of phase with each other, or when they are connected in reverse of one another.
Then you can measure all kinds of things going on.
You can generate all kinds of hash and multiple frequencies, and I do mean all kinds.
What I measured during this process was very interesting.
All these frequencies occasionally met at the same time  with a much larger kick at the output."

AND

"I was working at a laboratory at the time with much more sophisticated equipment then is available to even most manufacturing companies.
I was able to analyses everything coming out of this simple two transformer AC high voltage circuit.
In most power supplies there is lots of hash coming out and designers use a .05 or so to short out as much as possible before it gets to the smoothing capacitors.
This hash comes from the mains supply and especially from the transformers themselves.
Then the smoothing capacitors take out the rest of the multiple frequency hash along with the gigantic 60 Hz ac left in the B+.
I became interested in the interaction between the two AC transformers.
The interaction can be very reveling, trust me.
Also, there is another interesting analogy.
We seem to overlook so many things in our society.
They are right in our faces but we just look around them without interest at all.
When I began to study the effects of multiple frequencies combined together I found out that when you deliberately strive to create the worst case scenario of frequencies you start to get some very measurable kicks."

Omnibus,
I would bet money that the OU is a result of harmonics coming together, caused by intermodulation.  A really good spectrum Analyzer would bear this out.  This is very good news and is a powerful step in the right direction.   The only difference that I see, is that you are using one transformer..  But still, I would bet the cause is the same.  This "Kick" is EVERYWHERE but is ignored.  Until now!   

Cheers my friend,

Bruce

[Omnibus]

@Omnibus

Suddenly I do not get where is you measuring the output power in these last 3 simplified cases? I understand you drive the transformer's primary coil with 20-30V peak to peak sinusoid AC voltage.  How do you interpret the output?

Another question:  In case of the 50Hz test, if you reduce the FG output voltage to a lower value like 5V peak to peak, do you still see a distorted waveform instead of the sinusoid one?  Also, in case of this 5V, for instance, do you find OU at 50Hz?
I suspect core saturation causes the waveform distortion?  Have you seen such distorted waveform at 1kHz, 5kHz, 10kHz or 15kHz in this simplified setup? 

Thanks,  Gyula

@gyulasun,

The Pin is simply Iin*Vin, while the Pout is (Iin)^2(Rin + Rprimary).

I'm trying to stick to a set of conditions throughout for the purposes of being more systematic although it's really tempting to try all kinds of things.

Now, however, to answer your question, I'll try it at a lower amplitude for the 50Hz case and will post the result as soon as I obtain it.