Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   AG.
  Is that supposed to be a self runner, if not, then what is the point..? Just an inverter?
  You don't mention what it does, or can do, or who built it.
   Like T-1000 explained,  first is obtaining the "amplification effect", from both circuits in sync.
That's what I'm trying to achieve, in my own way.
   
   Why compare a simple 555 timer circuit like that to a device such as Ruslans replications that uses a controllable magnetic push pull induction circuit to generate a standing wave? As well as a matching HV HF interference impulse source to heterodyne with it.

[NickZ]

  apecore:
  So, last night I connected the Kacher circuit back up to the yoke's 28t coil. Now both the Kacher and grenade circuits are running on a total of 12v, 2.5amps, again. And the Kacher is running on the yoke 28t coils output.
   I also changed the previous rectifier to a commercially made full bridge rectifier, as my IN5408 diodes were getting too hot. The new rectifier also gets hot, but not as bad, and it can handle the frequency a bit better. It's a 6 amp rectifier, instead of the previous 3 amp rectifier. 
  But, it's not the amps that heats up the rectifiers, it may be the Kacher's HV pulses, instead. As I'm using less than 3 amps from the input source, a wall adapter.
 
  So, now I have the rectified voltage (even when running both circuit on 12v, 2.5A), putting out 42.5v to the Kacher's input, but still with lower amps, so the Kacher transistor is not overheating. I can only imagine what the voltage and current would be like when running on 24v, like you are doing, apecore. Probably will be over 75 volts, on my Kacher circuit.  Oh, yes! Nothing but a streamer.  But, it seams like the most important thing is controlling the Kacher's output frequency with the use of ferrite in the core, (or adding or removing turns), not so much it's input voltage.
 

[AlienGrey]

   AG.
  Is that supposed to be a self  runner, if not, then what is the point..?
  You don't mention what it does, or can do, or who built it.
   Why compare a circuit like that to a device such as Ruslans replications that uses a  magnetic push pull induction circuit to generate a standing wave? As well as a matching HV HF interference impulse source to heterodyne with it.

A fat lot you know! you don't need a full bridge or half bridge to generate a standing wave all you need is a transmitter driver stage mismatch!  Perhaps you could explain then how a standing wave mismatch is created we know how it is collected, then we can apply it to the full version so over to you then if you want to experiment, but bearing in mind we have been at this about 4 or 6 years and so far nothing except a few drivers that are unstable and i don't see anyone else experimenting other than Geo.


AG

[apecore]

  apecore:
So, now I have the rectified voltage (even when running both circuit on 12v, 2.5A), putting out 42.5v to the Kacher's input, but still with lower amps, so the Kacher transistor is not overheating. I can only imagine what the voltage and current would be like when running on 24v, like you are doing, apecore. Probably will be over 75 volts, on my Kacher circuit.  Oh, yes! Nothing but a streamer.  But, it seams like the most important thing is controlling the Kacher's output frequency with the use of ferrite in the core, (or adding or removing turns), not so much it's input voltage.

Allright Nick,

Karcher system is wel function,....  i only am not sure if the frequenty is as it should be.
In Alexeewsergey sheme tesla coil has same length as outputcoil.

We had in previous posts some usefull comments from Tomtech about the resonance circuits of output and inductor coil. And T1000 who pointed the discrepaties,...  about the caps/connections
I would prefer we continue that discussion futher on,... so AG and we all can absorb our answers out of it.

And of coure relating everything to our grenade/inductor setups.


For me to understand the whole Coil (inductor/output coil matching) /...resonance and standing wave part is not yet clear..... or even working as it should.
So i like to open this discussion  starting with the following basis question(s);

When we have a output coil length of 37.5 m,...   
kind of standing wave do we need to create in this output coil?....
Has it to be the quarter wave of 2 Mhz?

Let us get this part first clear and after that we continue how we gonna effectuate it.

Regards and cheers

[Tomtech29]

Hi.
Thanks to the T1000 for additional information is hard to imagine how it really is with these connections?
" Also when following wire connections to the coils - it seems there is fundamental error in all published circuits on series resonance to inductor. When retracing back from Ruslan Kulabuxov/Alexeew Sergey videos the 3/4T output of isolating transformer/yoke first have capacitor in parallel for parallel resonance then another capacitor in series going to grenade inductor for series resonance on same frequency. So the center tap of two caps in series is the input from the yoke 3T coil.
Also there is suspicion about how the grenade coil output was connected in Ruslan way - same 2 caps in series with center tap and 1 cap from two in series are going to the load."

- Let us, however, the first example of the edge of the: https://www.youtube.com/watch?v=eywHbjStK4o
"Alex" suggests : series circuit resonance magnetic field inductor capacitor (0.3uF) 340nF. + 4 turns yoke.
where the finding that a 8.6 Khz
for coil grenade is pluggen parallel capacitor (0.5uF)? < 68nf 630V>. where it says that during such a combination of the frequency doubles 16 Khz.
later something (the current and the tension is not reversed 180 degrees) could use to correct what he says!
... establish appropriate frequencies of the two coils is unconditional to determining resonance that will not change phase under load.
I question arises how to get and the resonance passes as the circuit is switched off tesla?