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

[Farmhand]

No I haven't pulled the top off the supply but I will, it's a 3 in 1 rework station (cheap one). It detects RF apparently the signal
topped out during one experiment. 

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[TinselKoala]

Ah, I must be getting senile. I should have included some CFLs and other fluorescents in my last video. Didn't even think of it.

Here's what I think. Although I didn't show it in the video, both the TKSlayer and the uQEG are oscillating at about the same frequency. The difference, and the key to the different performance of the receiver-probes, is that the Slayer is oscillating at high voltage and low current, and the uQEG is oscillating at low voltage and high current. So even though both are emitting an RF electromagnetic field, the E field predominates with the Slayer output and the B field with the uQEG. I think.

Your coupled tank is also a radiator at the same time it is a receiver and because of your geometry and driving, I think you are generating enough E field to light the neons  and fluorescents and all of that, and also enough B field to drive the third coil and give you the current needed to run a motor. I think. Maybe.

(What is different about the miniTKSlayer from the "regular" Slayer Exciter is that the TKSlayer is bottom-loaded and center-driven and the primary is a TBF winding. Also some slightly different components, but the tunable bottom  loading and center excitation are the main differences and are why/how I am able to resonate at ~300 kHz with such a physically small coil and no external tank capacitor.)

ETA: You should be able to take that loop of 1mm wires, figure out its inductance, put the right cap value across it to make it into a resonant tank, and then drive a light bulb! The voltage won't build until you have the right capacitance across the loop, then it will go up from your measured 1.5 volts and should drive a resistive load no problem. 

[Farmhand]

Yeah I can tune the loop with the setup now running and find the capacitance that way.

You're right about the power supply it does have a diode at the output, but it also has some big resistors there.

The "RF" detector in this unit has a open ended "antenna" wire inside the box.

What are your thoughts on a resonant tank that has 320 uH and 400 pF "inherent" distributed capacitance and 800 pF external
tank capacitance, what would go on there as far as the current and the oscillating power goes because I would think that 1/3 of
the total tank energy would not see the external capacitor. Any thoughts on that. Can't be good. Unless to improve power factor
on some device. 1/3 of the energy is "locked" up in the coil and does not leave (more or less). As Tesla said the higher the
voltage and frequency the more energy that distributed capacitance "locks" out of the output.

If I had zero distributed capacitance and 1200 pF would the tank current not be more ?

What effect would that have on the phase between voltage and current in the tank ?

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P.S. Since my input is DC lumps I didn't want to distort the tank wave forms too much so thats why I used the output coil.

Gotta love tuned circuits. Fun to play with when the voltage on a 60 turn coil goes off the scope screen at 100 volts per division
with about 3 Watts input. 

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[TinselKoala]

http://www.youtube.com/watch?v=djhi8hf47Gg

Thumbs up!

[Farmhand]

I've built a tiny motor/generator which runs from the output, the generator is belt driven and puts out a fairly steady voltage to run
LED's from, it's hilarious. I can even measure the generator output. Printer motors can be fun.

Just waiting for the camera batteries to charge to get a piccie.  Tank V and I phase is now 56 degrees or so. Max activity I can get is almost 1000 volts and about 1.45 Amps at about 45 degrees I think, scope trace is off the screen, need to try out the 100 x probe.

None of the measurements make much sense to me.