Itsu, can you put curent transformer  now were is red dot, betwen one end inductor and capasitor?

I can, but that point is/was grounded as per the latest diagrams!

Regards Itsu

Guys I need your experience.
First of all, this current transformer that you use in the 3T line, doesn't alter the phase of the line? Do you think that this is the case? Well, lets describe what I have implement until now so to understand what happens to my construction so to be easier to track my mistakes.

I use the same schematic as Ruslan's handrawing. The 3T line consisted only of the tuning cap and the inductor. The 28T line is as you see it in the schematic. 28T in series with grenade, and at the other side the diode charging the 10uF cap through a choke.

After tuning it and fixing some directions of my coils, I managed to pass the high frequency oscillation into my main grenade line. 200V pk-pk from katcher exactly at the center of the pulse. My initial problem which I faced yesterday was that the imposition of the signal to the low freq signal, didn't affect my bulbs at all! See attachment. Then I put an other diode from grenade to ground. Anode to grenade, cathode to ground. The resulted waveform changed a little and I noticed that a very weak energy added to my bulbs but it is not as strong interaction as at Urfa's video. I suspect that my katcher needs to re wounded on the other direction. But, I think that what ever winding direction you do to your katcher, the result is the same. Only negative particles at the antenna. Is that true? Did you notice something different by changing direction at kacher side?

First set of waveforms is the low freq signal at the cathode of the diode before the 10uF cap, and the voltage at the 3T line as taken at the leads of the cap. Second set of waveforms when katcher on fire. Third waveform that I will attach later cause I don't have an available shot right now, is when I added the second diode between grenade and ground.
Do you have something to note?

   

This is with the added diode. Nothing extremely different but as I told you there is a small increment of my bulb light, with a small decrement of current at the input!. As you see this time katcher's signal moved a little to the zero line, so average voltage changed a little. How can I move this oscillation on the top of the low freq signal? Some diodes missing I think.

Hi Jeg!

Can you tell what is your grenade self resonant freq, katcher freq., and 3T+cap+inductor series resonance frequency (push-pull freq.) ?

Also you can try connect kacher negative (ie transistor emitter) to ground thru a diode ( kathode at emitter and anode at ground) not directly, and notice if there are any difference on your scope.

Cheers !
     

I can, but that point is/was grounded as per the latest diagrams!

Regards Itsu

I think no meter grounded or not, you can remove ground. Maybe then you get phase shift like in Ruslan osciliogram between sine and pulses, because now, in you picture is no phase shift.
Thank you. 

I not see differnce, that is kacher winding direction.

Hi Menof how are you doing
You mean that either cw or ccw it outputs the same particle sign?

By the way. The choke which connects with that cap at the above drawing is 100uH. This choke is responsible for charging the 10uF cap. Is it possible to charge full the capacitor during each cycle? No. It has to be less than 1.5uH at 33Khz or less than 5uH at 16Khz.

I think no meter grounded or not, you can remove ground. Maybe then you get phase shift like in Ruslan osciliogram between sine and pulses, because now, in you picture is no phase shift.
Thank you. 

Ok,  now i see what you mean,  in the below picture taken from this Ruslan Video https://www.youtube.com/watch?v=C8RcRlzk16w,
it can be seen that the SECOND trace show without the Kacher activated, the current (spiky signal) through the 3 turn secondary/bifilar coil is trailing 90°
the sine wave which is the voltage from the Grenade before the FWBR and Cap.
A trailing current means no resonance (as confirmed by the low voltages seen) and at the inductive side of the resonance.

While in the FIRST trace we see suddenly when the Kacher is activated, the voltage now 180° out of phase with the current spikes.

I tried the same (ungrounded), but even when detuning out of resonance, the current spikes and the voltage stay more or less in the same phase relation with or
without the Kacher.

(it could be that one of the probes was reversed (on the current transformer f.i.), which means that with the kacher activated (first trace)
the voltage and current ARE in phase, and without the Kacher active (second trace) the current is LEADING 90° the voltage, meaning
out of resonance at the capacitive side!!) 

Regards Itsu

Today I've established that the 1/4 wave frequency for my grenade coil is 1.316MHz (5.26MHz / 4). With PWM running at 21.9KHz (1/60th), I can now get a sharp resonance on the inductor with 492nF of capacitance. I have found that my 10W load lamp will pulsate slowly when the Kacher frequency is very close to 1.316MHz when finely adjusted with a ferrite rod inside the Kacher secondary coil tube. This pulsing looks quite like the that I've seen on past videos of claimed self-runners. The pulsing varies in frequency depending on how close to resonance the inductor circuit becomes. The voltage across inductor cap rises sharply to over 400V and the rectfied voltage at the input of the SMPS is around 115V with 10W lamp load connected. The mustache waveform from the current transformer becomes very sharp and the tip aligns perfectly with the peak of the voltage sine wave. With previous tuning attempts, the tip has been slightly misaligned with the peak of the sine wave. I do not have an external earth wire connected yet but when the supply is disconnected from the device, I get a couple of flashes of the lamp after disconnection.

hi Hoppy,

Thanks for reporting this latest findings of valuable interest.Hopefully we can see a short video soon to watch the bulb pulsing.

"This is good news for me in the morning"