Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[magpwr]

Hi everyone,

I'm back with "some" technical explanation for  Salty Citrus Don Smith replication-

Please refer to Page 260 onwards found on latest PJKbook.pdf March 2014 Edition.(Please search for it.For i have not bookmarked link)

This is my personnel finding for my own application\knowledge.I'm just letting the rest know how roughly it is done to save time that's all.

Noticed there is 2 circuit board as shown in pdf.

1st circuit board nearest from 12volt battery to mini HV transformer to raise voltage to around 1000volt DC.Justification there is 4 capacitors 450volts each likely connected in series and 3 x 1200volt=3600volts  mosfet needed to be connected in series and other 3 x 1200v mosfet as well.Please read pjkbook to understand the output voltage.

The frequency to around 5 turns primary of Don smith's coil  is around 210khz.

Please refer to my attached video on my virtual circuit stimulation on why 10KV capacitor was used for that experiment.I'm just sticking with 200DC or 350volts base on available HV component in virtual bench without connecting 2 or 3 IGBT's  in series.

For around 200v DC input i'm getting around 2kv across 1.5uH which is the "assume" reading for 5 turns primary winding.The 0.3x uf caps used needs to be high voltage around 3kv.
The current is high is because it's around 50% duty for Mazilli circuit.This circuit is not recommended as this is just used for stimulation purpose merely to know estimated voltage across 5 turns primary at around 210KHZ.
(Mazilli circuit is unable to run at stable frequency.Pwm i/c UG3825A is recommended)



If you read carefully it's a team in China which created the circuit.By looking at the cost of those 6 or more mosfet they used and currency conversion from China to USD and other exotic components 120-USD for each secondary coil.I wonder what kind of organization it would be to create this device."Someone whom is unaware can simply say it's a real expensive fake or is it?" 


My own build is rather slow i have merely completed secondary coil using 12AWG speaker wire which came in pairs(~15.23uH each CW&CCW winding <0.4uH difference between 2 coils) and i need to redo primary after i discovered i got a cheap mixed copper and alu likely for 8AWG speaker wire.I'd believe cheap material do give inferior results.

I got a most expensive capacitor i ever purchased yet rated 3KV 100uf as attached.For optional step down if i combine 100mH(45 turns 18AWG on 3" toroid) and 3KV 100uf i should able to get around 51HZ.

I'm not sure if anyone whom is more knowledgeable is able to advise me is it practical to get many <100ns diodes connected in series assume 600v 1Amp each to form HV capacitor.
I'm little lost if the delay from each diode would be multiplied example 35ns ea x 10 =350ns.
Isn't it better to get 1 HV diode to handle 10KV or 20KV OR 25kv 1Amp which have 100ns delay assuming current is at 1Amp max.

At this point i do have fear only on single item 100uf 3KV capacitor.I do know how it feels like getting "SHOCKED %&##" merely from disposable camera caps of around 180uf 330v.
What kind of cap blast it would produce compared to camera caps."Safety comes first."     

"Warning electricity with high Amps can kill esp caps"

[magpwr]

Yes, Igor tried many ways to "self-feeding" circuit, lastly with current transformer. The problem is high frequency heating ferrite core, unusable for long running. There are English subtitle for this video.

hi forest,

May i intervene .The ferrite material(toroid in this case) comes in many types each is design to work optimally at certain range of frequency.If you use a toroid ferrite which was made to run at lower frequency and you use it on circuit which runs on higher frequency assume 100KHZ or higher.The ferrite core would saturate and heat up as the frequency goes higher than it's rated for.
In simple words efficiency drops.

Solution get a suitable toroid which is design for high frequency.Scope shot would surely reveal igor's circuit frequency.

nanocrystalline toroid is the preferred choice .

Please do inform igor about it.

[NickZ]

  Forest:
  Can you provide us with the link to Igor's video that has English subtitles.
 
   Obtaining a properly working feed back circuit is the most important aspect to continue working on the self runner circuits.
              NickZ

[From other Planet]

  Other Planet:
  Have you tried the suggestion that you are making, concerning the feed back path, or circuit? As there have been many inverter circuits made so far, that have not been able to self run properly, from a feed back loop. Igor Moroz's many tries at it, is one example.
  By the way, Igor has a another new video just out a couple of days ago, that is dealing with this aspect, but it is all in Russian, and I don't understand what he is saying. Maybe someone can let us know if it is something of importance, that we should be aware of.

Yes i tried this on some devices in the past where i wasnt sure wether they are cop>1 or not. Sadly none were, at least not much. But it will lower ur Input a lot if u use feedback. You need at least 1-10 watt more out than in ur device, to have it selfrunning, because there are losses within the feedback circuit part. One day i want to try this on my Inogda/Otto TPU, but i need a new 3/4 channnel driver, last was killed by it. If someone has good schematic for this, where u can set frequencies, pulse width and phase shift independantly from each other, please share with me 

kind regards

[DilJalaay]

  Forest:
  Can you provide us with the link to Igor's video that has English subtitles.
 
   Obtaining a properly working feed back circuit is the most important aspect to continue working on the self runner circuits.
              NickZ

Whats Tom Bearden says about self loop....condition.
"Discharge circuit and load must be seperated from charged circuit"