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

[TinselKoala]

Gotoluc lights an LED at no cost by pulsing a bifilar toroid. The toroid has a maget attached, and the LED's connected to an inductor, with the magnet for coil core. Look at the similarities to Tinselkoala's micro QEG:



https://www.youtube.com/watch?v=cQe49jH_3lA&feature=youtu.be

What, you don't think a function generator is a power source? Now you are misrepresenting Gotoluc's work as well as Tesla's and my own.

Your statement above is also completely wrong. A sinusoidal signal does not produce any abrupt "collapse" in a magnetic field. In fact, a sinusoidal _response_ is the inevitable RESULT of attempting to drive a resonant system with pulses or spikes at its resonant frequency. You are simply wrong.

You also find yourself in the rather embarrassing position of having to explain why _my_ devices work as I say and demonstrate that they do, since what they do contradicts your predictions.

[MarkE]

"With an alternating current the magnetic state of affairs is never a settled one. Each time current direction reverses, so must the orientation of its associated magnetic field. The entire field collapses and rebuilds in a magnetically opposite direction".

"You find some quotes that misuse the word "collapse" for journalistic emphasis",

TinselKoala,

You're full of it! The collapse is not gradual, and furthermore, the reactive current that returns to the system is a negative value. The instant the reverse value shows above the zero line, the "Entire field collapses violently".

Synchro1, you are just embarrassing yourself.  TinselKoala's device generates nice, pure, smooth, sine waves.  There is no abrupt/violent redirection of current, voltage spike, etc.

[TinselKoala]

Hi TK,
First time to post a pic. Hope I did it right. Sony 1970s that I can not find any info on. Do you think it can be used as wired or just components.

You have got a great bunch of stuff there. You definitely have two of the old-style flybacks, I think these will not have an internal diode and so will produce an AC output instead of a pulsed DC. I believe the big box is probably a high voltage rectifier system. The adjustable thing is a HV potentiometer used to control the "screen" voltage that comes out the white wires on the right, I think. The big black wires and the suction cups are the CRT anode connections of course and here is where the flyback's HV output will appear.
If the thing were mine, I would remove the two flybacks proper and wind heavy primaries on the exposed parts of the ferrites, immerse them in mineral oil and then drive them with a Royer/Mazilli/ZVS driver and make lots of high voltage arcs and sparks. Maybe do a "dueling flyback" kind of display with the arcs singing (audio modulated).  It's not too hard to find the HV secondary "ground" which will be one or more of the pins facing the camera, and the HV "high" is obvious. But definitely it is best to use your own primary rather than the one that is already in the flyback.

Best to limit the horizontal width of pictures to 1024 pixels or less. 800x600 displays well unless there is fine detail you want to emphasize. Wider pix push page controls and text off the right edge of most screens, as you can probably tell by now.

[TinselKoala]

How to find the HV ground pin:
Wrap a 2-turn primary around the exposed section of the ferrite.
Take your voltmeter and set it to the very highest voltage range and connect one lead to the HV output and the other lead to one of the pins.
Use the Function Generator to send a 20 kHz square wave into the primary loop you have made. Start at zero output from the FG and _gently_ give it a little power.
Watch the meter. If you have the right ground pin you will _very quickly_ see a large voltage appear on the meter. 600 volts from just a tiny voltage in from the FG is not unusual.
If you don't have the right ground pin you will see no voltage rise or very little. So _carefully_ power down, move to another pin, and repeat the FG feed.

ETA: Since your flybacks are AC, I just realized you probably should use a rectifier diode like 1n4007 in series with the meter leads, and the DC voltage setting on your meter. All the flybacks I have here have internal diodes so I forget.

[TinselKoala]

Gotoluc lights an LED at no cost by pulsing a bifilar toroid. The toroid has a maget attached, and the LED's connected to an inductor, with the magnet for coil core. Look at the similarities to Tinselkoala's micro QEG:



https://www.youtube.com/watch?v=cQe49jH_3lA&feature=youtu.be




This scope shot of LUC'S provide additional dimensions over TK's:

What do you mean, "additional dimensions"? The scope shots show a completely reactive system at 60 Hz. You can produce a screen that looks identical to this with a myriad of systems INCLUDING TBF and ordinary coils. In fact except for the values of the numbers, ALL reactive systems will produce a screen that looks like this. Resonant tanks produce sinusoidal V and I  measurements!  Although there is some asymmetrical distortion in Luc's traces that is not in mine.
Why don't you ask Luc if his coil's inductance and the added capacitance and the resulting frequency of resonance conform to the formulae I have posted?

ETA: Gotoluc's scope is computing the RMS value of the Math VA trace. Why? What physical meaning does "RMS power" have?