Nick:

No problem man , yes these are the schematics we need to work on and understand And get self running devices ready to use.
But, won't be easy when tuning.
Uh I never tried a other HV pulsing circuit on the RMG befor, but it could be done, see what it could possibly do. you never know (=.
But one thing I can say is that When the RMG is working, The output voltage drops every time you connect more load to it.
It still has a potential to light up 1.5 to 2Kw power like that but unstable and output was last seen on 23~24Khz HV oscillations.
 
When working with frequencies on the yokes and flyback pieces, you hear them sing, when they are to be tuned by different frequencies.
You will somehow hear a very high pitched sound from the yoke but depending the driving frequency too.
The higher the frequency the less you will hear of tones. Is what I have experienced my self.


Well We are dealing with Radio frequency waves, Scalar waves for sure since  it's all Tesla tech with Tesla coils, Gravitational well in a way see it as a pulsed toroidal field.
Remember that these particular pulsed mosfet circuits can be used to operate tesla coils to on high power without spark gaps.

Thank you

Hi Guyz

   Nick:
There is nothing to be confused about here man, take a good look at these schematics, try to understand.
the circuits you see in the schematic are very essential to this system. Yes Heterodyning is used here, Radio signals.
You need to make the Circuit  "beat" like a heart is beating.
Example.  Just like a Motor generator have pulsed rotor that keeps the voltage constant.

You need this to work and tune it correctly, you will need measuring equipment to measure the outputs and what input the circuitry needs to stay alive. and you will see you can Self feed it back to the circuits without a battery!

Yes that particular circuit you see in the schematic I have build that circuit and also modified ti too, also have build one that can have more than 120Vdc+.
Just need to try them out without fear, That is how I do, I really don't mind passing thru many circuits as what I have done allot, but this is the reall McCoy ideas.
The primary winds that is connected in the L/C is bifilar and the output windings are bifilar but you could also try out single layer output coils.

   
   Hoppy:
Yes, soon enough I will post some pics and videos as promised but it's best to investigate the circuit and understanding it. But I really don't want to be in the spot light just yet.
But I will slowly show parts that I use within the circuitry.

Btw, it does and can run without a battery,  this circuit setup and the entire device makes sense now why I couldn't get my older experiments to self feed , just as my RMG  circuit. it misses Radio frequency pulses, beating heart. A pulse.
  it also has a ground connection too.

   Jeg:
  yes It somehow does, but the 2.2nF cap is to the part of protection of the circuit called a " Snubber".
the Zeners faced eachother If I'm correct that is a Overvoltage protection.
And no, 190khz is not there. that can be around the kacher part.  but the part of the circuit with TL494 is where you must be tuning in between 15- 17-27- 37- 50Khz in the range. for the L/C resonance. Depends your coils and  cap for the frequency.

 
Thanks for the help Meno .

For the schematic:
The Choke is around 47-100uH is what I used.
You also have at the mosfets, Overvoltage protection, and a snubber, They are essential, thinking when tuning it with capacitor for the L/C resonance.

Thank you

   
   Hoppy:
Yes, soon enough I will post some pics and videos as promised but it's best to investigate the circuit and understanding it. But I really don't want to be in the spot light just yet.
But I will slowly show parts that I use within the circuitry.

Btw, it does and can run without a battery,  this circuit setup and the entire device makes sense now why I couldn't get my older experiments to self feed , just as my RMG  circuit. it misses Radio frequency pulses, beating heart. A pulse.
  it also has a ground connection too.

 

Geo,


  You have already put yourself in the spotlight by claiming you have a self-runner. All you need to do now is demonstrate this with a video. Telling people that you first want them to understand the modus operandi of the schematics you have posted (which are not even your own designs), is an excuse IMO to further delay showing some visual evidence that your claim is genuine.  Akula starts a self-runner claim with a video, so why not you?? You appear to enjoy the attention from people feeding on tit-bits out of your hand.


PS. You clearly have not played Grand Theft Auto 2 

How to tune circuit  with nanosecond  generator.

https://www.youtube.com/watch?v=wMPU_9yIlXI&feature=youtu.be


Wesley

hi stivep,

Thanks for the translation which assist to me alot.

To derive the inductance of each primary coil consisting of 6 turns.
Since we know each primary coil is being driven\switched at 113.9khz and value of ~250volt capacitor assuming as per capacitor label as seen in video it's is 2.2uf/2=1.1uf in series.

I merely use a simple online L/C calculator and key in random inductance value to derive a inductance value for each of the 6 turn primary once the output frequency as reflected base online calculator.
The value for 6 turns is 1.775uH to be exact but since base on my experience capacitor are never 100% tally with the written value there is usually +- 5% or 10% tolerance.

My previous experience with Mazilli -so mentioned as nanosecond generator the running frequency is base on L/C resonance for the primary portion.

The part which is completely new to me is the frequency as taken from the 80 turns secondary at 131uH is 40khz which should not\never tally with primary frequency 113.9khz base on video.
"This was definitely not taught during my time"

Base on simple calculation it's either 113.9khz/40khz=2.8475(div from primary frequency or
113.9khz from each primary coil x 2 =227.8khz(Since we know each coil from mosfet/IGBT drain is turn on at 113.9khz)
227.8khz/40khz=5.695(div from switching of both primary coil)

Base on video the only component which should be harder to get is the secondary capacitors 120nf/4=Estimate 30nf for each capacitor rated at around 750volts.
4 capacitor in parallel would have better advantage over a single capacitor of the right value since the internal resistance of the capacitor(ESR) is lowered by combining 4 capacitors together.

Not forgetting 4 HV fast response diodes is  connected as full-bridge rectifier from bank of capacitor which will produce ripple 2x the input frequency to drive the drill(optional but nice).

For others-Completely forget about Akula device if you can't even solve this simple setup with required instruments and components.

It will be quicker for those with Mazilli circuit on hand to start experimenting.
-----------------




I have just completed doing PCB designing for the China Don smith circuit yesterday.

4 circuit completed

1)Variable HV voltage capacitor supply-300 to 1600volts.Capacitor bank is able to be charged  to 1000volts in  2 seconds using 12volts after changing to "ultra high grade" $$$ insulated wire for secondary high voltage generator.Implemented simple soft-start on PWM I/C to prevent frying the HV transformer 18AWG primary coil for the last time.
Once capacitor charged up the circuit goes into standby/capacitor top up mode <0.4Amp.

2)Optical isolated IGBT driver reused back FOD3180 to switch the $$$  6x Cree IGBT's and redesign pcb circuit board.

3)Redesigned driver circuit for 3" toroid to supply power to all 6 opto IGBT driver via 78M20(20volts regulator).

4)Primary PWM  generator using I/C:3825 to vary frequency from 185khz...235khz and applied 3..5seconds delay for the soft-start to ensure 20volts for IGBT\High voltage capacitor is charged and ready before IGBT switching begin.
   Signal will be fed to 6 x FOD3180 input simultaneously via 6 x 1kohm resistor from single output of PWM I/C.
   

Finally got my etching stuff/UV light ~400nm to save time/transparency/30cm length photoresist FR2 large PCB board but i'm only left with a large photo frame or glass to overlay transparency printout onto pcb and optional critic acid(to dissolve in hot water once) to enhance the existing etching solution and prolong life of reused etching solution.

What i am trying to say-My hands\time are full with this project to be able to continue with another at the moment.

 

"Are you sure this protection is not needed, and have you tried it without that protection? "
This protection I not say, that not needed, with it better looks. I tryed, work without any protectiions, only 5 K resistor you can put betwen gate and source, I use only that protection. Here is small voltage (24 volts) and if you nice use this circuit, then you not burn mosfets without any protection.  Mosfets burning from overheating and from seems colector- emiter brake or maybe gate brake. But zener diodes on gate for me not help from burning, so I not recomendate put it's in that place if you want not waste moneys and want see more simple circuit.
 "Also the voltage regulator, Not needed, maybe if using 12v battery, only? "
Maybe.
" The small choke, also not needed? "
Choke is not nessary, you can use it but it not make any feeling shanges.
" Everything marked in orange colored circles is optional for the circuit to work?"
In orange and red is optional, circuit works and without it and with it, it is not criticcal parts. If you акуратно use this circuit, for you not need in general, that part, that is in red and baisicly not needed, that is in orange.
"Can you explain how do you know that?"
Because I many work with TL and others generators and burn about 100 mosfets and transistors.
 

simple, a reliable and efficient resonant oscillator with self-excitation based on Mazilli ZVS circuit but here use bipolar transistors, This oscillator can operate both with one or two transistors. this oscillator will be called the "x_name41_ZVS oscillator"

$ 1 5.0E-9 3.1763992386181834 50 5.0 50
r 496 384 496 432 0 22000.0
r 496 240 496 288 0 22000.0
w 672 240 672 368 0
w 672 368 640 368 0
c 752 368 752 272 0 4.7000000000000005E-7 18.927705820405965
w 640 304 656 304 0
w 656 400 640 400 0
w 752 272 848 272 2
w 848 272 848 288 0
w 848 352 848 368 0
w 752 368 848 368 1
w 640 272 704 272 1
w 656 400 656 464 0
w 656 464 400 464 0
v 400 368 400 288 0 0 40.0 3.7 0.0 0.0 0.5
w 400 368 400 464 0
r 400 192 400 288 0 0.1
w 656 304 656 336 0
w 656 336 656 400 0
w 400 192 464 192 0
w 464 192 496 192 0
t 592 384 640 384 0 1 -12.368236707096528 0.15561106249677267 1000.0
l 848 192 848 240 0 9.999999999999999E-5 -0.07369746204346952
l 816 192 816 240 0 9.999999999999999E-5 0.07369746209468284
w 816 192 848 192 0
w 816 352 848 352 0
w 592 240 672 240 0
w 592 432 704 432 0
w 592 240 544 240 0
w 544 432 592 432 0
w 544 288 592 288 0
w 544 240 496 240 0
w 544 288 496 288 0
w 544 432 496 432 0
w 544 384 592 384 0
w 704 320 704 432 0
w 704 272 704 320 0
w 496 384 544 384 0
w 496 192 704 192 0
w 768 192 816 192 0
w 816 240 816 304 0
w 704 192 768 192 0
w 816 304 816 352 0
w 848 240 848 272 0
d 752 368 720 368 1 0.805904783
w 672 368 720 368 0
d 752 272 704 272 1 0.805904783
t 976 128 1024 128 0 1 0.0 0.0 1000.0
l 848 288 848 352 0 6.799999999999999E-6 2.167572413799806
x 56 647 130 653 0 24 battery
x 224 650 382 656 0 24 inductor 6,8uH
x 424 649 596 655 0 24 capacitor 470nF
x 648 649 789 655 0 24 choke 100uH
x 896 650 948 656 0 24 base
x 502 74 768 80 0 24 x_name41 ZVS-oscillator
x 712 254 794 260 0 24 1N4007
x 977 82 1075 88 0 24 2SC3987
x 518 349 616 355 0 24 2SC3987
x 722 408 804 414 0 24 1N4007
x 330 337 378 343 0 24 3.7V
o 14 64 0 298 5.0 0.0125 0 -1
o 14 64 0 297 2.5 0.1 0 -1
o 14 64 1 299 0.3125 9.765625E-5 0 -1
o 48 64 0 298 40.0 3.2 1 -1
o 48 64 0 297 20.0 6.4 1 -1
o 48 64 1 291 80.0 9.765625E-5 1 -1
o 4 64 0 298 40.0 3.2 2 -1
o 4 64 0 297 20.0 6.4 2 -1
o 4 64 1 299 80.0 9.765625E-5 2 -1
o 22 64 0 298 20.0 0.1 3 -1
o 22 64 0 297 10.0 0.2 3 -1
o 22 64 1 299 2.5 9.765625E-5 3 -1
o 34 64 0 298 2.5 3.90625E-4 4 -1
o 34 64 0 297 0.625 7.8125E-4 4 -1
o 34 64 1 299 7.62939453125E-5 9.765625E-5 4 -1

Hallo people,

Thanks for the new video Wesley and Magpwr for your ideas about it. 
Wesley presents:Leader Giene-tuning nanosecond impulse circuit.      https://www.youtube.com/watch?v=wMPU_9yIlXI&feature=youtu.be

I count 10 turns ( 5 blue and 5 brown windings ) and if the Coil dimensions "maybe" are about :   diameter : 15 cm and length : 8.6 cm    than this online Coil inductance calculator gives :  14,4 uH
http://www.66pacific.com/calculators/coil_calc.aspx

If we than want to find de LC resonance frequency with this online calculator (  http://www.daycounter.com/Calculators/LC-Resonance-Calculator.phtml  )
We get 14,4 uH  and 1.1 uF  ... this gives a LC res. of  40  kHz      which is the freq  that  was also  shown on the meter in the video .. measured from the thin coil inside the big coil  ...
here an other online LC res  calculator  http://www.ekswai.com/en_lc.htm   

Well I am also  just  trying to understand  .. and  all this  makes me  want to learn and understand more and more .

I am thankful for everyones input. ( also very much of course the Russian maker of the Coils and video )
The above mentioned  dimensions from the Coil from the video   .. I just  guessed