Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

   BTW: Nelson said something about not having a conventional power supply for the self runner.

Yes Nick. A point I have made a few times recently! I've seen only one guess from Alien as to what this may be.

[NickZ]

  Now you have my thoughts,as to what that unconventional supply might be.
But, how can the oscillator run on no amps, or even on 10 MA,or less. How?

[Void]

But, how can the oscillator run on no amps, or even on 10 MA,or less. How?

Hi Nick. It is actually quite easy to get a standard joule thief circuit to run at very
low input current draw in the low microamps current draw range by increasing the
base resistor value, and by having lots of turns for the collector winding.

I am attaching some pictures of such a joule thief circuit I put together quickly using
a normal AC iron transformer. I used the center tapped 240V/120V primary winding
as my base and collector joule thief windings. They have quite a high inductance so it makes
the joule thief run at quite a low frequency.  The power supply was set to around 1 volt and the
power supply current draw was adjusted to 100 uA by adjusting the 1 Meg Ohm variable base potentiometer
to around maybe 600k or 700k Ohms or so.  The two jumbo white LEDs only light up quite dimly when adjusted
for 100 uW (approx.) total circuit power consumption. I can adjust the base potentiometer to an even higher resistance and
the joule thief circuit will keep oscillating at an even lower input current draw, but then the LEDs will go out.
Not too bad for 100 uW power consumption I guess, but I certainly can't power any light bulbs with this setup,
at least not yet. 

[Hoppy]

But, how can the oscillator run on no amps, or even on 10 MA,or less. How?

It can't run on no amps.

[nelsonrochaa]

Hoppy:
Why do you think the circuit is a "simple" joule thief? It's not even comparable!
Simple is you think that! I worked immense months in  this circuit observing all possible and impossible points scrutinizing every detail in order to understand certain aspects that were crucial to advance.

Magpower was the only one who knew how to give the benefit of the doubt and i have authorized to replicate the same, giving me after test the circuit , the credit  and say in private  message that I was not bluffing and apologized to me for being aggressive at first sight about my claims.
This circuit and others that i made  has nothing to do with joule thief! Is a approach to learn and think about are observed .


Nick:
If you remember well my words months ago I said:
It is not necessary to use the karcher circuit to get the same effect of karcher,can be achieved more "economically" with another type of approach, without having to use the same expensive configuration as Ruslan use. This is the reason in that time to share the circuit exciter , but well i misunderstood.

Void :

See the diference between you test circuit and  my circuit  in scope :
The wave seems very different or not ?  See very well . Do you think my circuit is a "simple joule thief" ?
https://www.youtube.com/watch?v=nfpG9wFw4iI

I already say that my work is not a bluff , or a fake like some guys put in youtube , i provide some important information and lecture about people really need to read and understand .
I already say that is important understand some concepts by Tesla  that he left to us like extra coil , even the wireless transfer , that are misunderstood by the most but , most of you can think out of box ... what a pity  because some of you are, or were electronics engineers and have the necessary formation to understand certain subjects displayed here, and instead some are limited to guess or speculate whether it is true or not the work of some persons.

I say several times :
is not by  induction what people search... and people run say that is not possible and is a joke bla bla bla .

People look well to that video and judge what  type of power transfer is used in  this model test circuit https://drive.google.com/file/d/1bXVlS3a_rPPV9nO1vHv4DYxU88SFzE9TWA/view?usp=sharing

Is a normal induction transfer ?