Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   T-1000:
   What happens at 20% duty cycle? Practically nothing... it works best at around 40 to 44% duty.
   Yes, I can turn both channels smoothly down to nothing if I want, but there is no advantage a very low duty cycle settings, only very low output, is what happens. No magic there for me.

   Itsu and Hoppy:  Yes, I see the 49% on soliman's scope shot. So what... he has very low output in any case, even at that setting.
Maybe only 50w output, or so. Stalker discontinued that delay circuit, for a reason. And has never shown that circuit self running. Nor any of his newer devices self running, either.   Again, for a reason.
 
   Itsu: yes, my choke's resistance is very low. 0.8 ohms. That is how I planned it. But, those black chokes should be able lower the amps, in any case. If not, I'll rewind them.

[T-1000]

   T-1000:
   What happens at 20% duty cycle? Practically nothing... it works best at around 40 to 44% duty.
   Yes, I can turn both channels smoothly down to nothing if I want, but there is no advantage a very low duty cycle settings, only very low output, is what happens. No magic there for me.

Looks like everyine are missing the meaning of my question. In order to achieve best results like Sergey Alexeew had, the power going to the series cap have to be limited. In his case it was around 15% duty cycle on both channels going to the yoke while making series resonance and the Tesla coil had great influence on the output...

[Void]

Hi Nick. I found that the coils in the non-dissipative snubbers need to be at least about 1 mH or so
to work well in my setup, but you can just try with the coils you have wound, and if you are not getting good
results then just increase the number of windings on the toroids a fair bit. You can use magnet wire or other insulated
wire of around #22 or #20 AWG so you can overlap windings. More windings will probably work better than
having too few windings.

BTW, not that it really matters, but the coils in these snubbers are not acting as 'chokes'. They are acting as just plain
old coils (inductors). The term 'choke' is used to describe a coil that is being used to 'choke' out higher frequencies, such as
when inductors are used in low pass filters.

[NickZ]

Hi A I have a toroid not a yoke and the center taped primary is biffilar wound  with two uf4007 diodes into a 4.7uf cap and a 56Volt power zener to the 12v input of the circuit I don't get any huge flyback or modulation oscillations or heat for that mater, why try to reinvent the wheel.

Has any one taken not of this information on here, ferrox in in side the katcher exciting mercury in side yet another ferrox tube.   


L3/. coil (green color) ferrite (ferrite undergone extensions below) spindle rod 250mm, diameter 20mm winding 770 turns opposing arrows 0.3mm
In the center there must be a hole drilling depth from above 200mm hole diameter 10mm.
At the top, the thread has to be tapered with ferrite. The parameters of mercury are poured into the hole, mercury is smeared with wax and color, and the bolt is attached to the ferrite. The tapered thread does not allow mercury and water to pass through it.
ect ect ect
« Last Edit: 18 October 2017, 15:58:58 by AlienGrey »
80.195.156.142

http://overunity.com/17472/maxim-aliyev-replication/msg511905/#new

note (i) As they pass through the fluorescent tube, they collide with the mercury atoms within it and this collision transfers energy to the atom. This energy transfer allows the atom's orbiting electrons to move to a higher energy state thus exciting the atom. (ii) Shortly after the collision, the atom proceeds to de-excite. The higher-energy electron returns to the ground state and a photon of equal energy to the difference in energy levels the electron travels through is emitted to conserve energy.

Black light, what does that do ??

   AG:
   I don't have any heating issues when using just 12v either, nor hardy any output. Much less able to self run.
But, my system is made for 24v.  And I tried to get it to run well on 12v battery, so that I can start it, when using my PS for the feed back loop. But, No cigar. It needs the 24v, and that's where the heating come into play.
  AG, you mentioned that you don't have a problem with overheating of your component. Can you show what your load and output is doing on 12v? As it seams that none of you guys have much in the way of output, with the exception of Geo. No wonder you have no heating issues, your systems aren't drawing any real power.

   T-1000: I understand your question. And I always test while using the Kacher on as well. Nothing special happens at 15% duty cycle on my device, only low light and output levels. I need to have 40 to 45% duty cycle, or the output is too weak.
   
 

[Hoppy]

Looks like everyine are missing the meaning of my question. In order to achieve best results like Sergey Alexeew had, the power going to the series cap have to be limited. In his case it was around 15% duty cycle on both channels going to the yoke while making series resonance and the Tesla coil had great influence on the output...

OK. That would make sense as to not need snubbers as shown on Stalker's schematic. From what you say, trying to tame the spike may be leading up the wrong path.