Partnered Output Coils - Free Energy

[poynt99]

Now with no core, what is the influence on the secondary from the primary, E field or mag field?

It is still the E field.

"Two air-core coils sitting side-by-side will still have miniscule induction from one to the other."

Still miniscule as in 'the same' as if it were 2in away, or more induction yet still not much compared to inline air coils or a closed core transformer?

Let me try that again. Thinking about it, the expanding E field from say the energized left coil (two vertical coils side by side) would fully envelop the right coil at about twice the diameter out, so it would be more than miniscule induction I believe. Its probably even better than two in line with no core. One would have to try it and see.

So with the large coil as a receiving coil, it would have been induced just as a well as a tight against the core coil, other than the added resistance of the extra wire, and added self inductance?

In theory, yes. But there must be a point in size/distance where the induced emf will fade to zero.

I've tried a number of things in relation to Lewin's experiment, but obviously I've not tried everything, and admittedly, I don't know everything either.

[EMJunkie]

...

How about you take this as a Challenge! How about you use your Electrical Skills and show us how this works!!!

This circuit shown is 99% correct although it appears not, it is.

It takes a bit of tenacity - it can not be something that is given up on to early!!!

Any progress TK?

I know you did try this some 2 or so years back.

Here is another resource: Click Here

And here is another one: Click Here

and this one was one of the originals: Click Here

   Chris Sykes
       hyiq.org

[MileHigh]

Well I almost never dissect these kinds of magic LED lighting clips but let me give you my take on this one:

https://www.youtube.com/watch?v=AGjlXAHpMKI

I assume this is a Russian Akula clip and it appears that he has a tiny circuit built around an MC34063 chip that lights an LED "forever."

The MC34063A Series is a monolithic control circuit containing the
primary functions required for DC−to−DC converters. These devices
consist of an internal temperature compensated reference, comparator,
controlled duty cycle oscillator with an active current limit circuit,
driver and high current output switch. This series was specifically
designed to be incorporated in Step−Down and Step−Up and
Voltage−Inverting applications with a minimum number of external
components. Refer to Application Notes AN920A/D and AN954/D
for additional design information.

Now, the question is why would a chip that is designed to be the heart of a DC-to-DC converter (supposed to output straight DC) apparently be doing a funky PWM'd sine wave?  Why a sine wave?  Where the hell does the sine wave come from as seen in the scope shots?  Note you see the sine wave inside the PWM waveform itself as well as on the output, you see it on both channels of the scope display.

I am willing to bet you that you are observing a classic wireless transfer of power setup where there is a resonant LC tank circuit on the PCB and an off-screen coil radiating a magnetic field at the tank frequency.  This is a near-field effect and TK has several clips demonstrating this phenomenon where he lights up a small incandescent light bulb.  So it would be that much easier to light up an LED this way.

It's the resonant tank circuit picking up power from the off-screen power source that is causing the superimposition of a visible sine wave inside the PWM waveform, and also causing the resultant rough AC sine wave on the lower scope trace.

That's my quick take on the 'magic' Akula circuit that apparently lights up an LED "forever."  Him dismantling the transformer to show no hidden batteries in the second half of the clip is all just for show.

[tinman]

Ok-lots of circles being traveled here.

So-what transformer configuration induces an EMF and current flow through the secondary by way of the magnetic field produced by the primary?.

In a toroid transformer where !all! the magnetic field is suppose to be contained within the core-is there an electrical field also in the core?.

[EMJunkie]

Well I almost never dissect these kinds of magic LED lighting clips but let me give you my take on this one:

https://www.youtube.com/watch?v=AGjlXAHpMKI

I assume this is a Russian Akula clip and it appears that he has a tiny circuit built around an MC34063 chip that lights an LED "forever."

Now, the question is why would a chip that is designed to be the heart of a DC-to-DC converter (supposed to output straight DC) apparently be doing a funky PWM'd sine wave?  Why a sine wave?  Where the hell does the sine wave come from as seen in the scope shots?  Note you see the sine wave inside the PWM waveform itself as well as on the output, you see it on both channels of the scope display.

I am willing to bet you that you are observing a classic wireless transfer of power setup where there is a resonant LC tank circuit on the PCB and an off-screen coil radiating a magnetic field at the tank frequency.  This is a near-field effect and TK has several clips demonstrating this phenomenon where he lights up a small incandescent light bulb.  So it would be that much easier to light up an LED this way.

It's the resonant tank circuit picking up power from the off-screen power source that is causing the superimposition of a visible sine wave inside the PWM waveform, and also causing the resultant rough AC sine wave on the lower scope trace.

That's my quick take on the 'magic' Akula circuit that apparently lights up an LED "forever."  Him dismantling the transformer to show no hidden batteries in the second half of the clip is all just for show.

Well, a good question - "Why a sine wave"... But as normal, far to fast to fly off to wild conclusions with not a shred of evidence!!!

The "quick take" is of course entirely a guess and you are not the EE You thought you were... This is now for sure!!!

I can tell you, the Sine wave IS a part of the Circuit but only when in correct operation. It is actually very simple, to be honest!

U3 (PHD3055E) discharges C1(1000uf) C5(100uf) and C7(100uf) through R7 (1 Ohm), Now I wonder what would happen here?

I wonder what Caps Resistors and Inductors do?

What does the MC34063A actually do:

The linear regulator consists of a stable reference, a high gain error amplifier, and a variable resistance series–pass element. The error amplifier monitors the output voltage level, compares it to the reference and generates a linear control signal that varies between two extremes, saturation and cutoff. This signal is used to vary the resistance of the series–pass element in a corrective fashion in order to maintain a constant output voltage under varying input voltage and output load conditions. The switching regulator consists of a stable reference and a high gain error amplifier identical to that of the linear regulator. This system differs in that a free running oscillator and a gated latch have been added. The error amplifier again monitors the output voltage, compares it to the reference level and generates a control signal. If the output voltage is below nominal, the control signal will go to a high state and turn on the gate, thus allowing the oscillator clock pulses to drive the series–pass element alternately from cutoff to saturation. This will continue until the output voltage is pumped up slightly above its nominal value.

WOW, so what happens if the output Voltage starts dropping??? Gee whiz EE Guru, even I know more about this than you MileHigh!

I wonder why this device was named "Power Generator in the Nonlinear Inductance"?

Well, I have built this circuit, it does work exactly as has been shown by many people, and you MH Are again wrong!

I got the same sine wave!

It is not some fancy BS like your "resonant tank circuit picking up power from the off-screen power source" - In ten million years you could not make this work!!! EMI Shielded (Copper Plates) Coils inside Ferrite Pot Transformer... You're dreaming!!!

What a bunch od BS!!!

   Chris Sykes
       hyiq.org

P.S: As normal, I have provided Reference to the Information I quote from! See attached pdf...