Kapanadze Cousin - DALLY FREE ENERGY

[John.K1]

It is modulation of resonant signal not division. And the modulated signal is also resonant. The main reason for that is the bringing up current and voltage into same phase (the default resonance is up to 90 degrees).

PS> The Romanov >1h video is too long to translate due nature of him talking about different things there.

Hi T1000,  I know it is modulation - I am not sure how did he modulate it. He was drawing some peak of resonance frequency and than he said there is important parameter t (time)  and than he said we need variable signal generator which will  (modulate ? )  signal in the given "t time" frame?  I just didn't understand what exactly he means, as I do not know all Russian words    I didn't mean you to translate word by word, I meant just to get out important things by your own words

[John.K1]

It is modulation of resonant signal not division. And the modulated signal is also resonant. The main reason for that is the bringing up current and voltage into same phase (the default resonance is up to 90 degrees).

PS> The Romanov >1h video is too long to translate due nature of him talking about different things there.


Ever tried experimenting with a simple frequency doubler like Stepanov (see illustration below)?

And yes, the LC series circuit creates a phase shift of 90 degrees in addition to the doubled frequency. Also the resistor (mine is 1800 Ohms / 50 Watts) gets really hot after a few minutes when connected to mains voltage and that reminds me of Kapanadze's heat sinks on the green box which obviously needed a cooling fan.

Just a hint ...

Just thinking about your picture, would it be a temperature what change the resonance by chnge of resistance ?? 

[Zeitmaschine]

Changing R changes the output amplitude. C should be in resonance with L at the doubled frequency (100Hz at 50Hz mains input).

Looking at the Stepanov setup —which for some strange reason no one seems really interested in— I was wondering all along what diodes are good for when AC goes in and AC comes out of an assembly consisting of just coils and capacitors. Then I stumbled over this video: »Resonance current and the diode«

Actually I found that hidden power resistor in that blurry Stepanov still frame AFTER I had overheating trouble in my experiments with that particular resistor (it does not work without it).

[NickZ]

  John: Keep in mind that Romanov has never produced a self runner. Even though he likes to talk as if he can,
"the proof is in the pudding".

  Hoppy: It seams to me that if the addition of the HV pulse raises the bulb's output considerably over what the induction circuit can produce by itself, then that, is enough interaction to continue on and search further into improving that effect. And not just by lighting a 60 watt bulb, if that was all it could light, or produce an effect on.
  I still wonder why Itsu's system couldn't light up his bulbs, (his two bulbs, were quite dim), better than it did. So, that doesn't attract me in the direction of making a TL494/PWM board myself, yet.

 
 

[John.K1]

Nick, Romanov is the person who Ruslan was talking to from the begining and you can find his videos in Ruslans YouTube  favorites.  What he says kinda gives a sence. In fact, how can we be sure Ruslan has selfrunner. just becouse you see it on YouTube it doesn't mean. I consider these two guys on the same level. And I think Romanov has a self runner and was here already presented.