Kapanadze Cousin - DALLY FREE ENERGY

[d3x0r]

If everyone had to have a working device before posting any ideas to consider, this would be a pretty quiet forum...


https://www.youtube.com/watch?v=8I1NRbPl4P4

[00]

Dear 00
What do you say about the directions that X-name43 mentions at the above picture with the blue coil? I ask because I like your output coil explanations, but this blue coil's first and second layer doesn't follow the rule that you described about non inductive coil

a tesla coil is a high voltage coil at the top and ampere at the bottom that is ground. if we want to take output from tesla coil we must reduce voltage and that is done by reverse direction coiling so as to maintain 220 volt output. do it any way in any layer.

moreover since the whopping hv pulses also increase the voltage of the final 3rd coil tesla coil it adds more voltage so reverse direction coiling helps.


00

[stivep]

I'm sorry; I am still feeling animostic...
So you're saying stivep1 is mislabeling his devices???
https://www.youtube.com/watch?v=-04V_NIrC0k

[/font]




You perfecty right I did mislabel at  0:52 MINUTE
WATCH LINK
https://www.youtube.com/watch?v=-04V_NIrC0k#t=52


inverter is not 12V to 220 but  it should be  220V to 12V










The primary question and problem we have in all of that concept devices is that in Daly  L4 goes to ractifier and  after rectifiers there is bank of capacitors  so at the end we have close to DC 220V or more going to  light bulb  and than  it should go to switching power supply,
It CAN NOT!!! as we have DC no AC at light bulb terminals.So we have the same DC 220V at input of  switching power supply.


did you get  the problem right?














Wesley

[d3x0r]

The primary question and problem we have in all of that concept devices is that in Daly  L4 goes to ractifier and  after rectifiers there is bank of capacitors  so at the end we have close to DC 220V or more going to  light bulb  and than  it should go to switching power supply,
It CAN NOT!!! as we have DC no AC at light bulb terminals.So we have the same DC 220V at input of  switching power supply.

did you get  the problem right?
Wesley

the first thing in most switching power supplies is a rectifier and then a cap, so it functions off of DC, and they are often not transformer based  (which needs AC).


could gain a small percent bypassing the internal rectifier since it's already rectified; but probably not worth the work.

[NickZ]

   T-1000:
   Thanks for the links. I was hoping to see the several Kw device that you had mentioned, instead of Ruslan's 30 watt unit, but I understand that it's the air core windings that we are really discussing at this time. As possibly none of the schematics are correct, or to be trusted as shown.
  As I don't understand Russian, I'll do the best I can, usually that's not good enough though.
I will view all of your posted video links when I have a chance.


   Wesley: I had thought that you mentioned in the Akula's last home video that it was a 1500 watt device, the same device that was shown in Akulas second video which was 1150w.
I'm not trying to be critical my friend, just wanted to know if he had been able to up the output to 1500 watts, from the previous 1150, or not. That was my question.
   I understand that the output scheme shown on the posted Ruslan schematic is not correct, which was another thing that had me wondering... Thanks for the clarification.
   As we are going back and forth discussing different circuits and ideas, it can all get quite confusing at times, at least for me.

  All: I just made another video showing my Mazilli/yoke circuit running along with a separate ferrite cored HV pulser circuit, which is connected onto the output side of the yoke core.
This is to test  the superimposition of the two different currents working together. As well as a connected feed-back path, which is going to the input side of the Mazilli oscillator.
I'll be posting a link to that video tomorrow.