hi Acca,

Thanks for posting the video.This video produce even better result than the spark gap in a Russian video which i have seen sometime back which power a Sand Grinder at slow speed.


https://www.youtube.com/watch?v=anvb_PXG1YA
 
 
https://www.youtube.com/watch?v=yKjgMmZcFA0

   

The second part of the video shows clearly what can be expected from tuning to resonance using a straightforward step-up transformer arrangement driven from a Mazilli oscillator. The max input power level is around 48W, so taking losses into consideration, the lamp load is likely to be consuming around 10W - 20W. This simple setup is a good starting point for taking measurements and experimenting with various LC arrangements with suitable measuring instruments - LC meter and scope.

   Jeg:
No problem man . this is the whole Generator circuit. But anyone can modify it, but It will be harder to Tune if you do.
The circuitry produces the High frequency and squar wave pulses for  the system to operate.
If you build it as you see on the schematic you will see.


Cheerz~

Thanks man, u are really very helpful. Just few questions If you don't mind.

1. At your circuit, the 2.2nf capacitor at the output resonates with the inductance of the 8 turns half primary? Here you make the 190khz for your Tesla secondary?
2. What is your chock inductance?

Looking forward for a quick drawing of your output coils arrangement.

   Geo:
   Ok, I'm confused. Are you suggesting that the HV pulser coils, and it's driver circuit are not totally essential, nor is hererodyning along with the induction generator circuit part. As a SELF RUNNER, at least to some degree.   A simple yes, or no would help.

   I would be into building up the fairly simple circuit that you are suggesting. But, I still need to obtain the proper 18v zeners, which have not been delivered to me yet. They should be here soon.

  Is this the circuit (below) that you built? Just checking to be sure. As all these schematics being posted are all different. As well as the coil winding designs.
Akula winds his (air coils) output coil in the same direction. Only the air core primary is bifilar.  Or not?
 
 

Can someone please break this circuit up into sections so we can understand what each part does?

Can someone please break this circuit up into sections so we can understand what each part does?

Voltage stabiliser can be nessary for driver if you run system from 24 or more volts.
 

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.

 Geo:
  Ok, thanks for the clarifications. That's great to hear that your posted circuit can self run, even without a battery. THAT!, is what I needed to hear.

   If the RMG did not self run due to not being super imposed by the HV pulcer crt....Did you ever try to heterodyne the RMG, using an additional separate pulser crt, or not?  I have, as was shown in my last video, but with no real effect noticeable, up to that point. And, is why I'm making the Akula coil set up now.

   
    What are the frequency band(s) considered Radio Frequencies. And, are they above the normal human audible frequency range, or not.
As I can hear my ferrite cores ringing, both induction crt yoke core, as well as the HV Joule Ringer core.  Which may be telling me that I need to raise their running frequency, to non audible levels.

  I also have my suspicions that we are not dealing with anything like Radio Wave frequencies. But, more like gravitational waves, or, even scalar waves, instead.
Can anyone, add some more light to that question???

Hi Geo,

Thanks for posting the various schematics. When will you be ready to show us the video of your self-runner?

You know as well as I do that he has no self-runner and that the schematics he has posted will not ever self-run.

elecar
gurangax
GeoFusion

Three of a kind.