Hi.
apecore
I mentioned Establishing the appropriate resonance point
See this section select the appropriate capacitor to the  (G coil):
https://www.youtube.com/watch?v=RdEnx6hfshQ&index=3&list=PLK7gxeQv5qT44ZM5TVnBW534ogPJnrXjg
- you will not see anything when the scheme reduces resolution !
See where the cylindrical shell I marked with a red line.
 most likely There is disposed an aluminum foil ! and the tank LC is not grounded !
the rest of the scheme should agree so only the attention of the mount driver IR2110 is unlike other
It may seem complicated at first glance.

Tomtech thanks,

i see it now in the scheme,...
The mentioned caps in green etc..... no grounding of the G coil nodes....
I will give it a try thanks.

 

N20Wolf
it's your opinion ?" this scheme  does not work. it is full of errors. Only time wasting"
check what is wrong :
https://www.youtube.com/watch?v=lQlQsR8hhiM
- from what I saw of the following formulas I repeated the system and waveforms are similar.

Hi,

With basic knowledge on circuits design it is not too hard to see PLL, Push-Pull and Tesla Driver in circuit. The rest  of electronics is not so important to clone as long your circuit is making same scope shots.

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.

So it is important detail which is missed out in published circuits.

Re-visit to Ruslan videos where you can retrace connections:
https://yadi.sk/i/KOHwNZ2HqmQuY
https://yadi.sk/i/Yh9qen8nqmQua
Sergey Alexeev - https://www.youtube.com/watch?v=YLhPFCOFAd0
https://www.youtube.com/watch?v=eywHbjStK4o
https://yadi.sk/i/yug9zEV6q26MA
https://yadi.sk/d/j469hfgKnCK53
https://www.youtube.com/watch?v=228uZWMgFv8


P.S> I hinted about parallel resonance+series resonance way back on 2013 as well - http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg357338/#msg357338

Your hinting since 2013 as if you know it all, i think you got some psychological problem.

No problems at all with that as no one know it all.
And for each resonance type you may get into problem unless you do understand what you are trying to achieve in regards power in and power out.
Back in 2013 my goal was to minimise amps draw from the power source and maximise power given to the load. Then I see that in circuits above. Coincidence?

Isn't everyone here trying to achieve the same thing?
Are you saying you do understand what you are trying to achieve in regards power in and power out.
If someone is hinting something to me i assume they know it all.
Resonance doesn't give you more power out than you put in.

It is first step towards unity. Then the secondary process adding towards overunity.
Thinking about Kapanadze style devices it partially is high potential electric field driving magnetic field of induction heater coil. Which doesn't couple to anything from the Lenz law.

 I don't suppose you could give us a breakdown on how the Katcher and it's secondary function and again what happens when the katcher coil is excited could you ?

Best regards AG

   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.

   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

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?