Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[crowclaw]

Thank you crowclaw for an interesting video.

I tried the link to induction heating on steve's site but it was a blank page... darn!

In the second segment you hold the smaller second coil at the parallel angle and it lights in the center and at 180 degrees but there is an angle looking like 45 but not quite where the second light goes out.

I have seen this angle change something on a joule thief toroid.
It is hard to define and hard to hold it in the right place, but I have had a neon light there and not other places; and a bunch of times the scope probe when held right around that spot showed either a lot more or a lot less than other spots.
I think this is related to what you showed.

Do you know what that is?
No one else has either seen it or showed it to my knowledge.

Also, what is making the power on that circuit?
Is it the wall?
I hope it is pulses and not the wall. 

thank you,

jeanna

Hi Jeanna,

Hope I didn't mislead you as this was not my video. I used this as an example and demonstrates what can be achieved by feeding an oscillator into a tuned inductor. I have for some time been experimenting with electromagnetic power transfer for one of my projects. The principles and techniques demonstrated in this video is very similar to my own arrangements, which is not unique. Take a look at this: http://www.solderingpoint.com/projects/rfpp/pushpull.php Again this is not mine, but I use a similar circuit using mosfet devices. The power supply source for this circuit and that of the previous can be a standard universal 12 volt DC 1_2 amp type 110v_230v AC 50/60Hz input. Do you call them wall adaptors? In the UK we call them mains powered adaptors. You questioned the coils feed, this is a mosfet pushpull oscillator as in the link above but I used a slightly different arrangement in as far as the coil is not centre tapped and he gate coupling capacitors I replaced with diodes. The circuit freely oscillates at the resonant frequency of LC. When I am able to post my circuits I will be able to give better descriptions. Kind Regards Merv.

[the_big_m_in_ok]

Lee said:

RE-EDITED NOTE:
http://free-energy-info.com/Smith.pdf
(On about pg. 34 is a statement to the effect the powering Smith's device(s) with AC from municipal or else Earth battery sources was feasible.)

The exact quote from the manuscript is:
"The performance of L-2 can be further enhanced by attaching an earth connection to the base of the coil."
--mss pp 3-18, and, .PDF page 110

As a personal opinion, now that I've read more of Smith's work in the paper(s), I find him easy to understand and his designs should be simply to build.  Powerful, too.

--Lee

[minde4000]

As a personal opinion, now that I've read more of Smith's work in the paper(s), I find him easy to understand and his designs should be simply to build.  Powerful, too.

--Lee

Lee,

How do you understand split L2. One part of L2 has cap so it has XY electrical properties. The second part does not have cap so it has X properties. How come they work under the same frequency?? Also that particular device seem to have some 175kHz working frequency (judging from component sizes) so quarter wavelenght would be some 1400 feet long. Some 100 times longer then his single L2 section seem to have.

If you or anyone else could shed some light on this I would be appreciated.

Regards Minde

[jeanna]

Hi Jeanna,

Hope I didn't mislead you as this was not my video. I used this as an example and demonstrates what can be achieved by feeding an oscillator into a tuned inductor.
...

Thank you.
I was not sure whose video it was.
I do believe there is a great potential for feeding pulses (oscillations) into an inductor. And a tuned one is even better.
I did a lot of work this past summer teaching myself this and I am convinced.
thank you.

The power supply source for this circuit and that of the previous can be a standard universal 12 volt DC 1_2 amp type 110v_230v AC 50/60Hz input. Do you call them wall adaptors? In the UK we call them mains powered adaptors.

The colloquial term for them is the wall wart.


Here is my problem with using those or other mains powered input  for this research.

I am told that the amps will flow into a system as needed.
I am not convinced there is a solid control of this.
There could be a 'leak' of amps being drawn into an unusual system like these that we are making of high frequency and high voltage, and we would not know it.
There would be nothing to inform us that the extra boost even momentary might be coming from the mains.

I feel much more relaxed about getting the true readings when someone only uses a battery. I personally use NiMH AA's which can be recharged, and I know for sure that if there is a momentary surge coming from the battery my battery life will be shorter and I will be alerted.

This might have just happened the other day and I will be doing some tests to see.

When I am able to post my circuits I will be able to give better descriptions

That will be great.

thank you,

jeanna

[DRDEATH420]

I have been trying to figure that out myself, I've been thinking you need an osciliscope to measure the voltage and to adjust timing. I have only been researching the gray tube and its applications for a couple months now and I have yet to get amplified voltage but I don't really know because I can't measure the high voltage.