Stivep1: Tesla Rehash (Akula device)

[br549]

Anyone: I was studying the latest post of Akula0083's circuit, and was wondering if someone would have time to translate the text. (NOTE: Attachment).
As Always: Thank You and have a great day: br549

[d3x0r]

#1 Just schamatic title;
Model No004 developed with the support ... (other names; no information just credits


(new line)
все права на схемотехническое решениия защищены
all rights reserved circuit solutions
Steho-Energy AG




#2 - (to? from?) ElectroMagnet    (x alektromagnitu)


х алектромагниту
х электромагниту

[Hope]

Your efforts all here are tremendous and bravo to you all.   I can see the output of a pinched magnetic moment being captured as the main goal of this circuitry.  I have not built it, but realize it is important resistively to make the pinching coils match and the signal synced that is applied to them  (goal being keeping the pinch moving and producing).


This video can explain much,  I sense he is earnest in his efforts and has had success obtaining true results.  (So he speaks from knowledge not conjecture as I am.) Akula has the same authority gained in the same manor,  even though I do NOT understand his language I can sense his positive patterns of communication.


Once we get a induced magnetic pinch going, it is exactly the same moment we need to attract and capture it in the third coil.  This is where your WORKING devices output will be measurable.  Important, so important to notice at this moment you must either use that energy developed OR provide a drain and storage.  My suggestion is use it all up and keep creating more.  Personally I do not know how it could be saved effectively and it just might saturate the whole project causing a lack of potential difference.  Then the device would appear to stop working, which is alluded to in the link.


Don Watson - Mike Watson - On the successful Replications of Floyd Sweet's VTA. - YouTube


We are so near completion, of both the understanding the principles and the mechanism with which to enable the process it is amazing.  Akula is having success, though I sense saturation hampers it at times.  Have faith, this is very nearly complete.  Thank you all so much for the mind bank and your time with equates to your life blood. 




Richard Williams

[Hope]

Quote defined:    Once we get a induced magnetic pinch going, it is exactly the same moment we need to attract and capture it in the third coil.  This is where your WORKING devices output will be measurable.  Important, so important to notice at this moment you must either use that energy developed OR provide a drain and storage.  My suggestion is use it all up and keep creating more.  Personally I do not know how it could be saved effectively and it just might saturate the whole project causing a lack of potential difference.  Then the device would appear to stop working, which is alluded to in the link.


How do we attract it?  We keep the third coil as a place of potential difference that I think (maybe not magnetics like is commonly described now days)  but as a sum of what is produced in the circuit needs to be attracted with a placed that will allow them to flow.  In such a perfect sink it would have all the elements of the created energy in a much lower pressure.  This will allow the created energies to be attracted.  Think of the energies as under pressure greater than normal seeking to balance that pressure.  Work load that "matches but opposite" the energies created.  Balance, nature seeks this natural law.

[d3x0r]

Re: high voltage pulses by Hope


That reminds me of another observation I made that I couldn't make use of.


While working with these mobius coils.  I had it working with an asymmetric load, and one load was high voltage.  If that was left open, the pulse created (in many 10's of microseconds) was observed with on oscilloscope as a positive potential developing on... basically anything the probe was attached to; and on a 10x probe setting, was 10V just laying on the bench.


While experimenting with that neon pulse thing from Energy Amplification thread, the first pulse on a secondary winding is measured with independant probes, and both sides go to a positive potential first... then one side continues, and the other bounces back to ground...


(a bifilar coil, with a signal generated connected with potential and ground to one, and scope probes attached to the other filament's ends, and probe common ground back to the ground side of the primary)