Quantum Energy Generator (QEG) Open Sourced (by HopeGirl)

[TinselKoala]

So the UK build of the QEG is completed, then? It is sitting there running itself, like a completed FE device should do?

I am laughing in my coffee.

Etheric Tuning Device? Harmonic of the Pyramids? "According to WITTS"..... OMG, is the fate of the world really in the hands of people who cannot think their way out of a paper sack, much less out of the toothpaste aisle?

[TinselKoala]

Nice work Tinsel, time for a funding campaign for you, sit back we'll do it all for ya.  Just kidding.

But I can confirm the results you got are good but kinda normal, your setup is a lot more powerful than mine but the same effect is got.
I used a pair of small Tesla transformers with one driven by a "Armstrong oscillator" and with only a few watts input, 12 volts and about 400 mA current,
on the primary of the "transmitter" "in the tank" I was seeing about 40 volts RMS and about 5 amps of current, which made me smile
and say wow but I knew it was accumulated volts and amps, just as the contents of any tank is accumulated.
My voltage and current also appeared to be in phase but I was using a 0.1 Ohm CSR (5 Watts) and so I was not so sure of the accuracy of the
current trace.

Nice video well done.

..

Thanks!
A couple of different calculations have come up with a total impedance of around 2.8 ohms for the resistor I used at 630 kHz. This of course means that the p-p currents are 11/2.8 = a bit under 4 amps, which brings the computed output power down to... something just a little bit over the measured input power.
In is 11.83 V x 2.70 A = 31.9 W
Out is (68 V x 3.9 A)/8 =  33.2 W
... but the radiated power and the heating of the components still isn't taken into account.

[MileHigh]

1.3 MHz would be a typical clock frequency for a 1976 or 1977 microprocessor.  Thank God they didn't all genlock together because it would have been the End Days.  "Zero Hour of the Microwave Ovens."

In fact, according to WITTS, the exciter circuit can be removed after a couple of weeks of use because the QEG core has become conditioned and no longer needs it.

That information was the result of an $800 donation!  You have to knead your coils.

Great clip TK!  I have to confess that I have looked at past clips by you where I couldn't figure out how you did it.  Even this one has me mystified.  Consider that a high compliment!

MileHigh

[TinselKoala]

1.3 MHz would be a typical clock frequency for a 1976 or 1977 microprocessor.  Thank God they didn't all genlock together because it would have been the End Days.  "Zero Hour of the Microwave Ovens."

That information was the result of an $800 donation!  You have to knead your coils.

Great clip TK!  I have to confess that I have looked at past clips by you where I couldn't figure out how you did it.  Even this one has me mystified.  Consider that a high compliment!

MileHigh

Thanks, but there's no "trickery" involved other than the same "trickery" used by the QEG measurements. The video is an illustration of measurement and interpretation error, just as the QEG "Overunity in VARs" videos and text reports are.

When the reactance of the power resistor used as CVR is taken into account, as above, the "OU" drops down into the instrumental measurement error range. I am currently setting up to repeat the demonstration but using the DSO to obtain more precise "numbers in boxes" and a commercial non-inductive resistor for the CVR (if it can handle the power). Inserting a resistor in series with the transmitting loop is not really a legit way to measure this circuit though, as the resistor messes up the tuning match and the thing isn't working fully well in that situation.

[Farmhand]

Just curious TK. Are you taking any output with any receiver ?

I figured using a very small resistance for the CSR would be better but I think in my case it made the voltage across the resistor quite small
and so I doubted my accuracy that way as well.