Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Mannix]

Stivep (wesley) stop foolish people! It is Tiger device with Yoki of USSR TV set that he build since 22 Jan 2011/ You and others from your band in that time dosnt even dreams about this device! There is pics from video from Russian forums where Tiger (Kazakstan) did show his device.
A have attached a schematics of this device which Tiger send me yesterday. People - use this instead of othres not relieble "replicators of Tiger devices". I should repead ones more - this is NOT REPLICANT OF TARIEL KAPANADZE!!!!! 
Name of this Devices - Reactor #2 from Tiger 22_01_2011/

God Bless Tiger!
PS I can easyly prove that device with Tv yoki is  Tigers device and his name is not Aidal from Lithuania! I am able to prove that he first time published video and schematic since 22 Jan 2011/ Easy speaks - Tiger is inventor of this device!

@t1000

Here is our proplem. we have language problem that is possibly responsible for the issue

But at last A circuit!!! No component detail but at least we can see and use available components ..and we can see how it might lock to its master . Yet you say it is not good ?

If it is ferroresonsnce then the ferrite , surely is very important

I know that there is a kind of  contest  being stirred up I /WE  the replicators do not care , in fact it raises red flags (an english term)
Please I ask 2 basic things (again)to be able to contribute more hours myself.
The first one must be  easy



1. Is the ferrite in your working unit conductive?
2. What circuit are you using to drive the 50 turn?

[stivep]

I would be more then happy to measure the capacitance of the cooper strips; however, I already put it together and I am now unable to.

But, there is some good news. I still have yet to put the secondary windings on my other half of the yoke. So, I can easily make another copper strip on the CNC machine and measure the capacitance when they are not connected.

If I remember to do this, which I should be able to since I too am wondering what the capacitance is, then I will measure the capacitance of the copper strip before I start winding the secondary (and I will post some pictures of measurements of the yoke, also)

I love your approach CNC...
I have  made the same move like you
This is my  CNC it was really tough for me  financially but I did it ..everything for Lady OU..........
At the background you will see another one   but that is only milling machine with DRO and motorized XY.

http://www.youtube.com/watch?v=xwGuNLH2hhg

Wesley
PS: till today I did not have much use of it.. Did not get to software writing.. No time for it.


Rest of the questions I leave for tomorrow. got to go to bed.

[Hope]

A hand of help to tinkerers.

I would like T-1000 and team to work out some ways for eliminating the FGs, thus having a stand alone with trust worthy power measurements device.

....

Addressing the HV cap issue
...

I was trying to address the issue of HV variable capacitor in a cheap way. (see photo) I took one small two gang varicap and tried to emerge it in high quality transformer oil.
I was estimating at getting a variable cap 20-500pf at 5Kv or so.

The whole poject failed due to the effect that if oil gets between the cap plates (0.1mm apart) the plates stucked like being glued together! The principle of Tesla turbine in its whole glory... Anyway, cap was destroyed by forcing it to turn, but lesson taken.

I have been able to address this problem, and anyone can, by having a variable inductance made of ferrite rod and wire able at handling the estimated amperage at the those (1-2 Mhz) frequency. Not hard task even for having great accuracy.


Adressing the HV probe
...
A tested and easy way for this is to create a voltage devider of your own. I assemble two resistors, making a voltage divider 1:25 namely onw 2w 850K and one 34 K some 5 w each. I manage to measure accurately (from a custom HV inverter) some 4,4 KV p-p. This way i can measure as much as i like!

I hope someones finds those useful

http://www.orenelliottproducts.com/m73m73a.htm    they sell variable HV air caps up to 11KVrms   you can get some really great thoughts how to fabricate your own from these pictures and drawings WITH dimensions included.

[Jdo300]

There is no capacitors attached for tuning in beginning, you need to find natural resonant points The generator on copper plates and measurements on 15 turns coil.
If you still cannot get sine wave out, you need to change your copper plates width (increase most likely).

Thanks for the quick feedback . I just want to be clear on a few points. From what you described, my current understanding is that once we find the core frequency, we want all the other coils in the system to resonate at some sub-harmonic of the core frequency?

First, I want to repeat the tuning procedure in my own words to ensure that I have correctly comprehended what you are saying.

1. Find the core frequency by pulsing the copper strip and observing the output on the 15-turn coil and adjust the pulse rate (between 1-2MHz) to see the ferrite core's resonant frequency value, (F_core).

2. Apply the found value, F_core, to the copper strip while observing the output on the 50-turn coil. Sweep down from F_core until the largest amplitude on the 50-turn coil is observed, F_50-turn.

3. Apply the frequency F_50-turn to the 50-turn coil and measure the response on the bifilar output coil. change F_50-turn up and down to obtain the highest voltage output on the bifilar coil. This new frequency is F_{50-turn(optimal)}.

4. Add tuning capacitor to copper strip and adjust the LC resonance to match F_core.

5. Apply 50 Hz sine wave input signal to the 15-turn coil and  add F_{50-turn(optimal)} (square wave) to the 50-Turn coil. Observe the response on the bifilar output coil.

6. Adjust the 50Hz sine wave up and down a bit to maximize the output on the bifilar coil.

7. When adding output load, add tuning capacitor to match output load impedance for maximum power transfer.

Sorry for all the confusion, I just want to be sure I have a rock-solid understanding of the tuning procedure and of what signal inputs go where.

Point #2 is still a bit of a confusion to me. Once we have obtained F_core from step 1, are we supposed to be looking for lower frequencies on the 50-turn coil that are exact harmonics of F_core? Or are we simply looking for the highest amplitude natural resonant frequency of the 50-turn coil (with the understanding that we are not adding capacitance, just looking at the natural resonance).

Point #3 is also unclear to me for similar reasons as point 2. Once we find F_50-turn, if we sweep it again while observing the bifilar coil's output, wont that mess things up since we found F_50-turn to be optimal for the 50-turn coil?

I think there is something here that I am missing but I want you to be clear on how I interpreted your instructions. I would like to give this my best shot and not fail due to misunderstanding the directions .

Thank you,
Jason O

[Hope]

There are FREE function generator software and signal generator software available on the net that uses your sound card (I would use it ONLY thru an isolation transformer in case you gain more energy than expected from your device).

You can use a white noise generator to get the resonance of all these coils,  inject the signal then hook up a spectrum analyzer to find the peaked signal (lowest one is fundamental).  This software is free on the net,  repeat free!  Instead of worrying about a complicated phasing system, you can use the secondary of the "isolation" transformer just take off the windings cover and "pick" each wire until you see on the scope the wave form you need making the collision as shown earlier from the AATW group