TopRuslan

[NickZ]

   Well, that's not what I see.
   So, let's see it doing so, a square wave at the yoke, and at the inductor coil (scope shot), as well as the grenade output coil.
All square waves? I don't think so.
If I understand this right.
This is where we have to compare notes,
so to speak.

   NickZ

[Dog-One]

   So, let's see it doing so, a square wave at the yoke, and at the inductor coil (scope shot), as well as the grenade output coil.
All square waves? I don't think so.

So.... Tesla, as we know, also wets the sinusoid. Let's say your frequency is 1.821MHz. Herring frequency, but alas. You'll have to tune Tesla to her. The shark applied a firic between Tesla and the toroid (Antenna) over the inductor. It's just an exact adjustment. It is needed before launching. Then the system holds and it does not matter where what has slid within large limits. But! Again... What's where?

On the Inductor, we feed a rectangle signal with a frequency of 1/50. Consider : 1820 : 50 = 36.4 kHz pumping rectangle through the interchange (Pot) with 23-29 turns of wire of 2.5 square. Again, you need to make the voltage on this harmonic not 10-20 volts, but higher by an order of magnitude. Up to about 50-60 volts and get the same dancing effect at the output.

You need to wind the transformer - reactor (Coil) to get the desired voltage. This requires experimentation. Remember that we are pushing the current in the reactor with a transverse wave. Created by Tesla. In the coil, another wave is formed under the influence of pumping rectangles. Particles of which are constantly rotating to the left and right. Giving them the movement of a pulsating Tesla, we accelerate them in the conductor itself.

I didn't say it, Ruslan did.

No square wave in the grenade coil.  You just need to get a
square to the inductor and from there, whatever happens,
happens...

Have no idea what "wets the sinusoid" actually means.  I would
guess it means to just keep the traveling waves flowing at some
amplitude within the grenade coil.

I do know however what, "influence of pumping rectangles"
means and there is only one place those could come from.

[NickZ]

    Well, that's good cause I don't have any idea about what Ruslan is trying to say.    I think that most of it is BS. 
NickZ

[Dog-One]

If that post was coming from Tom (babble) Beardon, I would agree 99%.
Unfortunately, what choice do we have with it coming from Ruslan?
If what he posted is pretty darn close to the way you have to build and
tune this gizmo, I kind of think we have to do it that way, then try to
figure out why what he says doesn't match what we see.  Did we do
something wrong?  Did we use the wrong components?  Did we assume
something Ruslan never said?  About all we can do is take it all apart,
piece by piece and see what is screwed up.  Unless you have a better
idea...?

[apecore]

If that post was coming from Tom (babble) Beardon, I would agree 99%.
Unfortunately, what choice do we have with it coming from Ruslan?
If what he posted is pretty darn close to the way you have to build and
tune this gizmo, I kind of think we have to do it that way, then try to
figure out why what he says doesn't match what we see.  Did we do
something wrong?  Did we use the wrong components?  Did we assume
something Ruslan never said?  About all we can do is take it all apart,
piece by piece and see what is screwed up.  Unless you have a better
idea...?

Damm right Dog-one

Cut it in pieces en do every single step accordingly. Turning pots is been done for 8 years now.
In that case NickZ shoukd have outperform us already he did a lot al those years I wasnt here.
But unfortunately he didn't do the correct way.
So yoking aside..

Reading and breaking down the Ruslan method I noticed he is talking about the reactor 23-29 turns and tuning it to the mentioned voltage..
This is the 28T coil, and this coil determines the inductorloop frequency..
Stil inductorloop sinewace ( seriescap) is in scope.

So first find the dancing wave..  (w, w/o) kacher active?
We try both options.
Then tune the voltage by playing wirh the numbers of turns..