Self running coil?

[gotoluc]

Hi everyone,

I took some time off today to do some more experiments as I can't stop thinking about this setup and I'm sure that goes for many of you.

I made 2 new video's to which I hope will answer some questions and help understand the effect.

Sorry I can't answer individual questions. I rather use the limited time I have to continue experimenting and posting videos that will hopefully cover everything one would need to make a successful replication.

@Gyula, can you please explain how the 3vpp measured gate leak between the source and drain is capable of keeping the circuit running NOW at 30vdc, 57KHz with 50% duty cycle without using any current and maintaining 1.90vdc on the pickup coil with 49,850 Ohm load. Thank you for your help and time

Test 5 video: http://www.youtube.com/watch?v=RhrYzBld74w

Test 6 video: http://www.youtube.com/watch?v=UflGpzijWIA

Luc

[xenomorphlabs]

@magluvin

That *is* the other way to do it. A quick look at the Mot. SG3525
spec sheet shows that it has an internal (series) voltage regulator.
Vcc= 8->35Vdc for an internal => 5.1Vdc...all systems should
be go.

If one needs to go to microwatts a digital circuit like in a digital
watch could be used. It all depends on what is needed. That is
- if there is non-input supplied gain there. I'll keep my fingers
crossed. Also medium or smaller power mosfet will have less
internal parasitic capacitance therefore require less AC drive
power at the expense of slightly higher source-to-drain resistance.
This may be reasonable trade since the coil doesn't draw anything
on average, just in the on/off pulses.

:S:MarkSCoffman

Naudin used optos to drive his MOSFET in his set-up at 200 Hz and gets the same effect, so at least in his set-up he demonstrates that there is no leakage into the coil circuit.
So Gotoluc must decide if he really wants to spend too much effort on excluding that possibility in his set-up.
After all the effect is well explained by Naudin.

[mscoffman]

Naudin used optos to drive his MOSFET in his set-up at 200 Hz and gets the same effect, so at least in his set-up he demonstrates that there is no leakage into the coil circuit.
So Gotoluc must decide if he really wants to spend too much effort on excluding that possibility in his set-up.
After all the effect is well explained by Naudin.

I'm refering to the link;

http://jlnlabs.online.fr/2SGen/indexen.htm

If I'm using the wrong reference please correct me.

No...he proves that what appears to be toroid external coupling
of flux from the coil is not due to any *characteristic of
the instrumentation signal generator*. It's not *overunity* that is driven
by a six volt battery. Just toroid external flux driven by an 6 volt
battery.

Then he powers the signal generator from the six volt battery too.
What is happening is that the magnet is saturating the toroid
material and therefore coil flux is pushed outside the toroid.

The magnetic saturation of the toroid material has to be what is
happening when the coils inductance changes from 1000mh to
44mh when the magnet is in place. Shown by gotoluc. This change
of inductance is a radical thing and is most unexpected.

Nuadin has not proved overunity at all when it has been shown that
the toroid is not accepting flux. One expects that the toroid will
always accept external flux but I can see from the inductance change
that strong magnets are saturating it.

Now is there any overunity energy or not?

gotoluc has got the goods and it's definitely his turn!

:S:MarkSCoffman

[xenomorphlabs]

I'm refering to the link;

http://jlnlabs.online.fr/2SGen/indexen.htm

If I'm using the wrong reference please correct me.

No...he proves that what appears to be toroid external coupling
of flux from the coil is not due to any *characteristic of
the instrumentation signal generator*. It's not *overunity* that is driven
by a six volt battery. Just toroid external flux driven by an 6 volt
battery.

Then he powers the signal generator from the six volt battery too.
What is happening is that the magnet is saturating the toroid
material and therefore coil flux is pushed outside the toroid.

The magnetic saturation of the toroid material has to be what is
happening when the coils inductance changes from 1000mh to
44mh when the magnet is in place. Show by gotoluc. This change
of inductance is a radical thing and is most unexpected.

Nuadin has not proved overunity at all when it has been shown that
the toroid is not accepting flux. One expects that the toroid will
always accept external flux but I can see from the inductance change
that strong magnets are saturating it.

Now is there any overunity energy or not?

gotoluc has got the goods and it's definitely his turn!

:S:MarkSCoffman

Have you read the recommended literature:
"Ferrites and Ferromagnetics Free Energy Generation"
http://jlnlabs.online.fr/2SGen/images/demag.pdf  ?

Also worth looking at is the last video showing the hysteresis changes occuring when the magnet is added.

[gotoluc]

Hi all,

please find attached circuit. If someone can clean it up and make it look good that would be great.

Thanks

Luc