Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[nrevelis]

  You are sooo right .  an MIT guy has figured out how to transmitt power without wires using tesla coils ,his motivation was getting a doctorate  http://dspace.mit.edu/handle/1721.1/18036
this is link . i am not schooled in electronics as some of you gentlemen but  he gives all the data to do this in his thesis. And it is not some secret.   hope this helps because one of you gentlemen will figure out the numbers and post it for people like me  to duplicate and  then maybe we all can become FREE

[Shokac]

So How do we do it.
The simplest way is to buy from ebay amplifier for few dollars.
Say Trek 601B
or HP461A,HP462A much better is HP 465a - this one does not have BNC but banana connector perfect. Than connect it to your 10V  1transistor generator.

Another approach would be pulse forming network PFN  this is super shape solution  but there is the catch. Frequency of the PFN has to be known prior to purchase. If it is made  to work with 100hz to few KHz it is waste of money even if it looks gorgeous .. Do not buy it. The frequency we are interested with the most is 20-100kHz ..another frequency range suggested is arround 600-850KHz.
There is none of PFN I know about that would cover  these two ranges in one unit for Square Wave.

Important factor is impedance matching network
What we have to understand that most of devices on the market is made for 50 OHm impedance of resistive nature.
Well our  load is somehow complicated.

If we talking about coil that Flyback is connected to  than this coil is the load for Flyback AND THAT IS INDUCTIVE LOAD  and impedance  of that coil should be 50 Ohm  with respect to commercially made elements.The difference is made by adding spark gap.
The next step would be to find out if we really need 50 Ohm?
Well No we do not need it..
The only consideration is to make impedance match by tuning structure to resonance.

The only moment  that we might have spark gap in NMR is if it is used to form the pulse.
Usually forming pulse is done with  very low energy levels i traditional NMR.
and is not using spark gap not HV.

remember that in traditional TK suggested chain of reaction is:
- generator at low voltage square impulse
- voltage amplifier ( if you wish to start from level of square  at 200V)
- HV transformer 1:20 ratio
-secondary of  HV Transformer is connected to spark gap and this spark gap is  just creating HV impulse that is triggered by impulse of flyback..
Ideally all we need is spark creating our square wave..
So if You know of any other possible way or technique    to trigger spark that it starts  giving you nice clean   regulated interval of spark.. than nothing before I have described  about pulse creation is important any longer.!!!!!!!!!!!!!!!!!!!!!!


So modified NMR might be the way to couple to OU.


Another limitation is the core of transformer if it is ferrite (not Permalloy 1000hz max)
Than for permeability of 2000 you can go easily to 15kHz.
The better the square at the HV  the better the result as you dealing with brought range of  sign wave components in  single square impulse  is made from.( whan you make FFT(fast Furrier)
Than you see sign wave components. Filters make only part of these components to pass true.. so energy level of such signal is close to sign wave.. Flyback is a filter as well.
that is where you have loses..
But you do not care about the loses after you are able to feed back generator from OU.
The key point is that first you have to have short burst signal impacting "small area" of MUT than when you see response  you no longer care about impulse at all.
It is like first intercourse after that there is less energy needed as barrier is no longer there.

Better solution.

I think that this serves Kapanadze.

Cheap 12/220V inverter. (It gives us a square pulse). Half-wave fix it.
Get to the exit 100 Hz square pulses. All this is set up to the 2000V with MOT.

Kapanadze in all compounds setup uses inverter 12/220.

[stivep]

Yes Shocac you right 100%
if we are talking about 100Hz than there is no problem..
Even if we  use half  wave rectifier we get 100Hz..( not square yet)
Question to you is
Do we need 100Hz? or we need higher frequency than that?

another question is
Do we need only 2000V or we need more?
(look at the properties of spark and voltage dependencies... spark gap with spark is our  pulse forming network.)



Thank you for posting Shocac

Wesley

[Shokac]

Yes Shocac you right 100%
if we are talking about 100Hz than there is no problem..
Even if we  use half  wave rectifier we get 100Hz..( not square yet)
Question to you is
Do we need 100Hz? or we need higher frequency than that?

another question is
Do we need only 2000V or we need more?
(look at the properties of spark and voltage dependencies... spark gap with spark is our  pulse forming network.)



Thank you for posting Shocac

Wesley

Yes it's square!
Hi use inverter with modified square wave output.

Look how look waweform:
http://electro-circuit.com/converter/output-type-inverter/

We need to think very simply. Kapanadze says that his invention is very simple.

[stivep]

Yes it's square!
Hi use inverter with modified square wave output.

Look how look waweform:
http://electro-circuit.com/converter/output-type-inverter/

We need to think very simply. Kapanadze says that his invention is very simple.

Beautiful response thank you Shocac

Quote:
Inverter with modified square wave output
Inverter with a modified form of the wave has a better ability, because there is no overload condition on the inverter itself. The weakness of this type is the inverter voltage interruption condition otuput inverter in the event of zero crossing. This resulted in inability to use the inverter to supply the type of load COIL!!!! (fans, AC motors, etc.).
Coil is inductive type  of load.

That is why we use spark gap as Secondary Pulse Forming Network
Say whatever we do before spark gap is not important as the most important is impulse shape  after spark gap.
But spark gap is only responding to trigger.
Our trigger is generator with  flyback.
All of impurities of that trigger are affecting spark and signal shape after spark.


You are talking about frequency of 100Hz only.
Can you answer my questions from previous post? (marked in fat print)

Wesley