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

[TinselKoala]

Yep. I have long noticed that electrical OU devices almost always involve three common elements: the maze of colored clipleads, the push-in breadboard or other hasty prototype method, and.... one or more batteries, LA or SLA type preferred. The recent QEG video is a case in point, as I have reproduced above with the "inverter" kludge.  "This... is a Transistor." ORLY?  I have voltage regulators and op-amps that come in TO-3 packages, not just transistors. And of course, the transistors they actually use are in TO-247 packages and look completely different.
--Daddy, I'm confused. Why don't they just use TK's or Farmhand's system and go directly from the secondary output to DC? Not a single transistor or power wasting power resistor is needed for that, just some capacitors and a HV diode or four. This is a low loss system and the motors and such are supposed to be DC anyway, aren't they? So they will have to convert their "60 Hz" into DC at some point. Why include an unnecessary lossy stage in between?
--Be quiet son, you bother me.

[Farmhand]

OK I found that I got pretty good efficiency with the yolk transformer when it is directly connected to the HF AC output. If tuned to
a resistive load on the secondary of the yolk for max power then when the load is removed the current reduces a lot.

For these shots the load resistor is on the secondary under the primary (same side of yolk) it measures 266 Ohms. I also reduced
the input voltage and coupling so as to limit the power to minimal, (keep the field smallish) the input was 12.3 volts and 200 mA
max under load, 2.5 to 3 Watts input.

Load resistor had 16volts RMS across it.

TK, Notice in the red circle of the picture there is a Quantum vortex trying to get me,  hilarious. 

The picture shows the output coil and the yolk ect. the scope was connected as per the previous drawing but without the 10 nF
series capacitor, direct connection of yolk primary to output AC. I didn't want to change any setting so the unloaded wave forms
show almost no current and power traces, for effect, mainly to show the power difference between loaded and unloaded.

Yellow is voltage. Blue is voltage drop across a 0.1 Ohm resistor. I forgot about the channel 2 (current sense) invert. It remained
the same for all shots.

The scope shots are labeled and go
1)output coil with no load
2)output coil with load
3)yolk primary with no load
4)yolk primary with load.

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P.S> going on input to output figures alone I get about 40% efficiency with .96 Watt out and 2.46 Watts in.
So I beat them on that. Na na na naa naa 

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[isim]

@Farmhand
About your circuit, I try to simulate it, and I need some more informations. Can-you post a picture of the voltage on the drain
of the switch with and without load?
Thank
@+

[Farmhand]

Certainly Sir, Here they are. I bumped the circuit connecting the scope and the coupling was altered as well the power supply voltage
was also bumped but I got it close to the same again, I included a trace from the load resistor for good measure. The input was
actually a tad over 200 ma, maybe 220 mA. and the primary spiral has only 10 nF across the switch, at one point I wrote 20 nF on
one drawing it's actually 10 nF. IRF740.

These shots come directly from the scope so a little lower quality. sorry.

P.S. The unloaded average is very close to the input voltage. 

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2ND P.S. The driving pulse width is around 1 uS, you can see on the drain wave form where the voltage levels up to 0v for about
1 uS just before the discharge begins.

Any other values you want just ask and I'll try to get them.

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[Farmhand]

Somebody said antenna and ground line energy tapping ? James needs a big toroid. I had to use a flat plate to get a big enough
capacitance for a bit of power and my voltage is not so high because of it, it must leak off charge around the edges because it lights
neon's (no contact) at the edges but not away from the edges toward the center.

Anyway I put a tanked coil in series with the ground line and if I tune the coil the HV tank gets tuned as well  , it can act as a
filter I think and can control the entire setup just as with the variable capacitor. Tuning tank with output.

Some pictures of the tuning tank/ground line tap, the wave form while lighting the neon's and the elevated plate (antenna).

Took a short video but will take some hour or more.

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