Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  The readings on the induction circuit, was done with the scope probes on the 0.47uf WIMA capacitor, that's on the three turns coil circuit.  I don't know why it's so high at 71KHz. Both the grenade output coil, and the 3 turns/inductor coil circuit are running at that same frequency. So, it's probably my induction coil that may be it way off with 18m worth of turns on it. Or not. But the way that I have it is working well together with the Kacher circuit though.
I tried a different tap point on the induction coil, but got the same readings.  Any ways, I'll look into it further.
   

[apecore]

  The readings on the induction circuit, was done with the scope probes on the 0.47uf WIMA capacitor, that's on the three turns coil circuit.  I don't know why it's so high at 71KHz. Both the grenade output coil, and the 3 turns/inductor coil circuit are running at that same frequency. So, it's probably my induction coil that may be it way off with 18m worth of turns on it. Or not. But the way that I have it is working well together with the Kacher circuit though.
I tried a different tap point on the induction coil, but got the same readings.  Any ways, I'll look into it further.

Ok,...  strange but there must be a reason for it.

Another question about the inductor..
I wound my inductor 2 layers, but looking at the circuit drawings it seems that layer 2 has to start at the same point as layer 1?
Is that correct?.... i have layer 2 no wind back to the beginning of layer 1.

[NickZ]

  The inductor is wound in a bifilar way. After the first layer, go back to the start of the beginning layer, and do the second layer.
   If there is going to be a third layer, do it in the same way, by starting at the begging, and go until you run out of wire.
   IF someone else has a different way of doing it, or any other suggestions on winding the inductor coil, please say so.   

[apecore]

  The inductor is wound in a bifilar way. After the first layer, go back to the start of the beginning layer, and do the second layer.
   If there is going to be a third layer, do it in the same way, by starting at the begging, and go until you run out of wire.
   IF someone else has a different way of doing it, or any other suggestions on winding the inductor coil, please say so.

Ok thanks Nick

I will rewind my yoke.

Nick fom one of your last posts;

"Your scope shots looks good. But, you might still want to use some TVS diodes to restrict the voltage to 60v, 70v, or so.
Itsu can help explain about that, if he'll show up. I've never done that, nor needed to. But, you may need to if you're getting stay HV onto the fet's gates."

So my gates are doing well,..  but i attached a scope picture about de drain/Source voltage,....
I see one small (1us) peak of  240 volts......I geuss you mean by adding a TVR is to eliminate these kinds of spikes.
I have only TVR of 230V available,...  and i noticed that TVR are added in the basic circuit drawing.

As you mentioned i thimk als a TVR 60v wil do a good yob,... i will purchase some around that voltage.
Any other suggestions are of course welcome.

Status at this moment;

I have uploaded my third video,..  here we can see the whole system running as i think it has to be synchronised.
Tesla 1.25Mhz and push-pull 12,5kHz

https://youtu.be/0d3XPtpRHm8
The funny part is (and that is something i will continue) is that i treied three options inside the coils.

1- Pvc pipe 40mm filled with active carbon pellets (instead of ferrite)
2- pvc pipe laminated with aluminium (as shown in the Akula0083 setup)
3- tesla coil  32 mm with resonance capacitor

I think there has to be something inside these coils. (we have had some earlier conversations on this forum before.
Also the Roma setup with the mysterious box, would asume there is more than only coils.
If i'm right in one of the last Ruslan setups we see park cap in the system.

So i'm not sure but let think out off the box.
To bad my english and my knowledge goes that far,...  so it might looks flawed but yust a consideration.

A third coil wich is powered by the tesla field and is part of a LC circuit with spark cap will generate/ exciter "energy/?" (or what else)  and transfers
With feritite only or something else there is only transfer of "energy" from the basic tesla coil

Just something to think about.

[NickZ]

   There is nothing hidden in the Akula/Ruslan pvc former tube.  I use ferrite pieces inside of the pvc to raise and adjust the output signal.
   If you have any trouble with the fets gate signal being too high or peaks to 236v or so, you MAY need those TVS diodes for gate protection from those spikes. Maybe that peak won't hurt, but who knows. In any case, it's good to buy several more fets than you think that you'll need.  I've burnt out several of them, as well as my 18v zeners.
   I wish that Itsu would step in and advice, as that is his forte concerning these things, like fet drivers, and filtering out the peaks. But, maybe he's out on vacation chasing wild geese.
   You guys may be living close to each other, maybe get in touch?

   BTW:  I knew just from your voice, apecore where you are from, my older daughter is now living in Belgium, and the accent is similar there.
   
   I can get over 1000v at my ZVS/yoke secondary coil with no load. And produce a clean sine wave, instead, with no peaks that I can see. The Mazilli circuit to the yoke with direct connections from the yoke secondary to 700 watts worth of bulb, will light them all to a partial degree.
But, the way I have it set up now with NO wired connection from the 28t yoke secondary coil to the grenade 168t coil, I don't get the same results. As the output is coming only from the 3 turns coil, and not from the 28t coil. That's without the Kacher circuit running, just the induction circuit's output.   
 
    It is as Menoffather mentioned, that the HV is loading onto the induction circuit's standing wave form. And so the scope shots will show a fuzzy wave form throughout the wave form when seen on the scope. Interesting right?
   Your system is running at 64KHz? Mine is at 71KHz. But, mine is with only the 0.47uf WIMA capacitor mounted, and running on 12v.
   
   Don't expect the sync to be where is supposed to be. Keep looking for it, where ever it may be.
   There is no spark gap in THIS replication of Ruslan's device. Nor a third coil. That was just used on another circuit, not this one.
   
   Look at Geo's videos to see what the "effect" looks like when the Kacher's output is added to the induction circuits.
   Remember not to disconnect your Earth ground line when the device is running.
   
   I'll look at your last video now, and get back to you.

   TVS diodes: Transient Voltage Suppressor diode.
   https://en.wikipedia.org/wiki/Transient-voltage-suppression_diode

    I'd buy some big light bulbs, such as 300w, or so. Such as the ones the Ruslan is showing and using. 
Try some 500w halogen bulbs, also, to see what happens, as they have a different thicker filaments which may work better.
   The big bulbs are what pulls in any addition gain into the system. From where ever. 
   The higher the load at the bulbs the better and stronger the Kacher circuit works, as well.
Which is what I've noticed, as an interesting effect.
 
   I'd also buy some more earth ground line, to complete the 37.5 to 40m. Or a whole new line, if possible, of the thick black multi stranded welding cable, it's soft and flexible. And can also be just coiled up on the ground if it's too long at 37.5 to 40 meters long. The welding cable is the best one to use for a ground line, and it can also possibly be tuned to the same wave of the grenade output coil, using caps, or diodes, coiling method, etz...  but, I've not done that.  My ground line goes into my water well that's in by backyard. I've got two ground lines going there.
 
   Ok, that's it for me, I've got things to do, and I don't want to bore any one with long posts.