Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   Well, we may be puppets, at that, you never know...

   Hoppy:  Do you think that a TVS varistor such as a 115v one, (with max surge voltage 150v) would help at the input of the feed back PS, to keep it from doing what it did before? As the overvoltage protection circuit that my PS comes with, did not avoid the last blow out. So, I'm kinda worried that it could do so, again.   And bang,  cap juice everywhere.

   I've been working on the tuning and syncronization of both Kacher and the induction circuits, to see if I can find the right way to image both of them at the same time, real life, on the scope.
But,  I don't think that it's really possible, since there is way too much difference in frequencies between both circuits. To be able see both reading, up close, and at the SAME time. In order to try to match them up, somehow.
   So, I have been testing and tuning to Itsu's advice and suggestions, and trying to tune both circuits to obtain a steady wave form, on both channels. Not easy to do on the free flotting Kacher output signal. As it is hitting and peaking on the induction circuit, many many time, for each pulse of the 3 turns coil LC circuit's pulse peaks. So, maybe some other means are needed.
Perhaps Itsu's suggestion may work, but, again it's not as easy as it sounds. If the frequencies aren't close to being where they need to be, the scope signal won't be steady, at all. So, impossible to match them up, as I was hoping to do.
Live and learn,  I still have a lot of learning to do.

  Anyways, I'm just trying to keep the feed-back PS from going up in smoke, for now. As the no load output voltage from the grenade's rectifier, that feeds the PS, can reach over 250 to 300 plus volts.
And it's only a 120v, 250w PS. And I'm using 120v bulbs, which I've already blown out a few of them, as I had mentioned previously.

[AlienGrey]

   Well, we may be puppets, at that, you never know...

   Hoppy:  Do you think that a TVS varistor such as a 115v one, (with max surge voltage 150v) would help at the input of the feed back PS, to keep it from doing what it did before? As the overvoltage protection circuit that my PS comes with, did not avoid the last blow out. So, I'm kinda worried that it could do so, again.   And bang,  cap juice everywhere.

   I've been working on the tuning and syncronization of both Kacher and the induction circuits, to see if I can find the right way to image both of them at the same time, real life, on the scope.
But,  I don't think that it's really possible, since there is way too much difference in frequencies between both circuits. To be able see both reading, up close, and at the SAME time. In order to try to match them up, somehow.
   So, I have been testing and tuning to Itsu's advice and suggestions, and trying to tune both circuits to obtain a steady wave form, on both channels. Not easy to do on the free flotting Kacher output signal. As it is hitting and peaking on the induction circuit, many many time, for each pulse of the 3 turns coil LC circuit's pulse peaks. So, maybe some other means are needed.
Perhaps Itsu's suggestion may work, but, again it's not as easy as it sounds. If the frequencies aren't close to being where they need to be, the scope signal won't be steady, at all. So, impossible to match them up, as I was hoping to do.
Live and learn,  I still have a lot of learning to do.

  Anyways, I'm just trying to keep the feed-back PS from going up in smoke, for now. As the no load output voltage from the grenade's rectifier, that feeds the PS, can reach over 250 to 300 plus volts.
And it's only a 120v, 250w PS. And I'm using 120v bulbs, which I've already blown out a few of them, as I had mentioned previously.

Nick and others Hi! What are you trying to do ?  A sine wave works with Peek Voltage being in phase with Peek Amps so it's in phase!
So why have you got your Katcher running all the time (your trying to emulate a spark dump? You only need it on at peek Amps that's a narrow pulse. Go on the way you are and you wont get any where.

You might think I came over in the banana boat but I have been in this game years!

[Hoppy]

   Well, we may be puppets, at that, you never know...

   Hoppy:  Do you think that a TVS varistor such as a 115v one, (with max surge voltage 150v) would help at the input of the feed back PS, to keep it from doing what it did before? As the overvoltage protection circuit that my PS comes with, did not avoid the last blow out. So, I'm kinda worried that it could do so, again.   And bang,  cap juice everywhere.

You could try a TVS diode such as the 1.5KE180 or 1.5KE200 which has a break-down voltage (vBR) that is safely within the voltage rating of your caps. However, if the over voltage is more than a short surge and prolonged, the diode may burn out.

[Hoppy]

 
   So, I have been testing and tuning to Itsu's advice and suggestions, and trying to tune both circuits to obtain a steady wave form, on both channels. Not easy to do on the free flotting Kacher output signal. As it is hitting and peaking on the induction circuit, many many time, for each pulse of the 3 turns coil LC circuit's pulse peaks. So, maybe some other means are needed.

You need the fully adjustable pulsed Kacher circuit to achieve the waveforms you need to see. This was explained to you many posts ago.

I question the need to harmonically synch the Kacher frequency with the grenade inductor frequency. My understanding of the theoretical requirement, is to produce a sharp pulse of HV (HV Kacher wave in pulse envelope) that 'shocks' the inductors resonant sinusoidal waveform at around its peak value.

[apecore]

Hi don't want to be a major critic on here but isn't a car ignition coil a bit slow, but might be ok at Schumann resonance freq   

I just spent a good part of the day testing a driven Katcher (Tesla coil) and finding its resonance (rough experiments) some where around the 16 to 27 khz
nothing solid yet, the thing is the katcher driver needs a narrow squared up fast pulse a fraction of the push pull width, (not a spear shape  )
I have managed to do it with a 74HC132 driving a Video driver transistor  'a rarity these days'. With excellent results

AG,
I agree on your comment about the car ignition coil, as running it on 50 - 200hz would be nice also.
But i would need very large inductor series caps...

About your second explanation using a tesla coil...  i do not understand what you dit with it....  you used it instead of the ignition coil?
Could you explain a bit more?

Greetings