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

[Omnibus]

@gyulasun,

At your request:

[Omnibus]

As you can see the OU effect is even higher at a lower amplitude.

Makes you wonder if saturation of the core has anything to do with the distortion of the current just at around 50Hz--at higher frequencies current form straightens out. I changed Rin to a slightly higher value but not to depress the OU effect--0.0101Ohms--to see the form of the current more pronounced. Now I'm observing what I saw before with a lower Rin-- the form of the current becomes somewhat more sine-like at around 200Hz and carries it through somewhere around 1kHz. From there to about 10kHz there's practically no signal only to reappear at around 50kHz on with a nice, out-of-phase sine form, as the one I showed earlier. OU is observed in most regions, at regions in the hundreds of kHz showing the shocking negative slope of the input energy curve.

[Omnibus]

@Bruce_TPU,

Thanks for the nice words. What I'm trying to do now is establish the reality of the effect first and then get into where it's coming from. I think it's another expression of the effect following from the magnetic propulsor I've been discussing for quite a while but, as I said, I'll get into that later. What's amazing, indeed, is that this is a right-in-your face effect and it has been totally ignored (or suppressed maybe). That should change for which very decisive actions are needed.

[LarryC]

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

I agree with the formula's used but I don't agree with the way they are being applied. Any OU results on a transformer can only be shown thru the secondary. But if you wish to use the input only, there is another Ohm law formula for power, Pout = (Vin)^2 / R. This formula would show a loss.

Regards, Larry

[Omnibus]

@LarryC,

What's done here is what thermodynamics requires, regardless of transformers or what not, and not what the engineering R&D's in companies are doing. Maybe that's why that has been overlooked--the lack of scientific approach.