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

[Farmhand]

New setup is more like the center one on the left hand side now. I've built what I think is a much better setup, i dug out a set of
pretty coils I wound for a different project a long time ago, it has two 20 turn coils of 2 x strands of 1 mm wire spaced by string
between each turn of the double 1 mm winding. The two coils are 70 mm apart on a 90 mm former and measure about 28 uH
each. I simply wound the double strands of 1 mm wire from the old output coil into an 8 turn primary coil between the two 20 turn
coils.

So all coils so far are made from double 1 mm magnet wire, The primary has 8 uH inductance and I kept the 20 nF across the
switch and it works almost exactly the same as before. I can move the primary from side to side.
The two secondaries I can put in series and have a center tap.

The online calculator said I would need 10 nF for a single side 28 uH coil and so I put a 10 nF capacitor across one side and got a
rise of over 120 volts from it and the capacitor got so hot in about 30 seconds it nearly burned my finger.  600 v cap

So of course I decided to put both coils in series and use two x 2.5 nF caps in parallel which worked well too.
I've got a 20 mm wide primary between two secondaries with a coupling space of 25 mm on each side to each secondary.

25 mm is plenty close enough to get good coupling at resonance.

TK, I get the supanova mode now that I've fixed the pulse generator so I can get right up to 50% duty, I think I am using 42%.
The circuit slowly gains "tune" as I adjust until - boom - input goes to maximum and the voltage and current on the tanks does too.

It definitely tries to "lock" in. I also tested my circuit for frequency variation due to voltage changes and found that the frequency
lowers by only a few kHz over 1 volts and being that it lowers with a dropping voltage that's good. Brings the primary closer to
resonance frequency so input power actually rises as the voltage drops. 

The setup is already mounted on a wooden frame and has room for more coils as well as plenty of space for the primary circuit,
a battery, the output circuit, and other stuff.

With 12 volts input voltage and a transformation ratio of 1:5 I get over 120 volts on each secondary so resonant rise is there.
If I use 10 nF on each secondary the tank activity should be buku.

Coils have almost no resistance and the secondaries parasitic capacitance is reduced by the spacing of the turns.
Should work well. I'll use the variable capacitors to tune and de tune the tanks so I can adjust the input power ect.

..

[Pirate88179]

Name variations anyone ? The "BiTT of Death" or "BiTTer Sweet" Maybe. 

How about: Little BiTT Of O.U.?

Great work Farmhand.  I am doing my best to follow along.

Bill

[Farmhand]

About Isolating the scope and grounding the circuit, rather than removing the Earth lug from the plug or otherwise disconnecting
the ground wire, what other simple options are there.

Could I just power the scope from a UPS which is supplied by an inverter that is powered by a big battery. The inverter will power
the UPS and the UPS will give good clean power to the scope but the entire setup would have galvanic isolation.

I have a 300 Watt inverter and a small 300 Watt UPS, the UPS has a transformer output but won't work from the battery unless
the mains power lead is plugged in, hopefully it will run from an inverter, but i have doubts. I have a switch mode type inverter
that will run without the power lead plugged in but I think that might be dangerous. Not sure, no schematic.

The small "transformer based UPS" is a good brand in metal case the other is a generic brand in a plastic case.

So if floating the circuit is not appropriate I can float the scope that way I think.
Advice or confirmation is welcome. 

The scope is already powered through a large UPS "filter surge protection" section as is the Function generator and the
desktop computer is powered through the battery backup section of the Large UPS. I can just power the scope and FG
from a smaller 300-600 VA UPS and a small 300-600 watt inverter powered from a battery that's charged by Sol. For free 

Circuit input power is free as well.  Surely the output must be free also ? No one is charging me for the energy. That's free
energy to me.  Equipment can be very expensive though. Just look at the price of differential probes, current probes and 4 - 8 ch
oscilloscopes. Wow.

Anyone want to donate me, a 4 Channel Tektronix oscilloscope 100 mHz, two current probes that will do up to 1 mHz two
differential probes, two 100 mHz 1000 x probes, and two 100 mHz 100 x probes ? only a few thousand dollars worth of
equipment.  I can say it's to replicate Tesla's HF resonant lighting setups, with retro looking mounts /cabinets ect.

I just need to light a fluorescent tube across the top of the wall mounted wooden frame with the device all secured to the
frame and a wall wort, (or a small battery for an emergency) Tesla Room light. I could up the potential by adding extra coils to
the outside of the secondaries, and being a bipolar setup at low power and HF it doesn't really need a ground on the secondary
or at all to be safe enough. There is the novelty of being able to light other fluros near the coils as well. If I show no input
increase when lighting the fluro or a drop in input it will hhpe enough people up to go fund me $6000.00 ?
..

[MarkE]

About Isolating the scope and grounding the circuit, rather than removing the Earth lug from the plug or otherwise disconnecting
the ground wire, what other simple options are there.

Could I just power the scope from a UPS which is supplied by an inverter that is powered by a big battery. The inverter will power
the UPS and the UPS will give good clean power to the scope but the entire setup would have galvanic isolation.

I have a 300 Watt inverter and a small 300 Watt UPS, the UPS has a transformer output but won't work from the battery unless
the mains power lead is plugged in, hopefully it will run from an inverter, but i have doubts. I have a switch mode type inverter
that will run without the power lead plugged in but I think that might be dangerous. Not sure, no schematic.

The small "transformer based UPS" is a good brand in metal case the other is a generic brand in a plastic case.

So if floating the circuit is not appropriate I can float the scope that way I think.
Advice or confirmation is welcome. 

The scope is already powered through a large UPS "filter surge protection" section as is the Function generator and the
desktop computer is powered through the battery backup section of the Large UPS. I can just power the scope and FG
from a smaller 300-600 VA UPS and a small 300-600 watt inverter powered from a battery that's charged by Sol. For free 

Circuit input power is free as well.  Surely the output must be free also ? No one is charging me for the energy. That's free
energy to me.  Equipment can be very expensive though. Just look at the price of differential probes, current probes and 4 - 8 ch
oscilloscopes. Wow.

Anyone want to donate me, a 4 Channel Tektronix oscilloscope 100 mHz, two current probes that will do up to 1 mHz two
differential probes, two 100 mHz 1000 x probes, and two 100 mHz 100 x probes ? only a few thousand dollars worth of
equipment.  I can say it's to replicate Tesla's HF resonant lighting setups, with retro looking mounts /cabinets ect.

I just need to light a fluorescent tube across the top of the wall mounted wooden frame with the device all secured to the
frame and a wall wort, (or a small battery for an emergency) Tesla Room light. I could up the potential by adding extra coils to
the outside of the secondaries, and being a bipolar setup at low power and HF it doesn't really need a ground on the secondary
or at all to be safe enough. There is the novelty of being able to light other fluros near the coils as well. If I show no input
increase when lighting the fluro or a drop in input it will hhpe enough people up to go fund me $6000.00 ?
..

You could use an inverter intended for automotive use. 

I have no guess on what you might be able to raise with a GFM campaign.

[Farmhand]

My Bad, I meant to write I have a "switch mode UPS" a cheap one, that will run from the battery without the mains lead being
plugged in.

The 300 Watt inverter is a "true sine wave inverter", (it has a filter on the output of a H bridge). Not a pure sine wave inverter,
but it does output a sine wave, however the voltage can be quite high 260 volts or so, same with the grid during the day, due to
our 5 kW grid tie solar system the line voltage can go above 260 volts during the daytime in full sun. We've had trouble with low
voltage for a long time then they changed the phase we are on from the pole transformer and changed out transformer back down
the line for a bigger one, that fixed the low voltage, some VAR was needed I think to keep the voltage up. Then we got the solar
system and the voltage on our lines gets quite high now. I think I've seen 265 volts at the wall outlet. 

Just kidding about the go fund me stuff. I couldn't take the pressure. Although maybe there is a market for it with the fake antique
look things.

Cheers