A Kapanadze generator replication - Febuary 2013

[totoalas]

Hi guys is this setup good for a monitor flyback instead of an MOT?
Thanks

Hi guruji, Im using flyswatter output in a closed loop with the 2 windings of flyback     -  12 v dc relay   no  spark gap then to  terminals  2 , 6 and 7 shorted,  10  to a 10 Turns 18 ga to the ferrite core then back to the flyswatter.....   Output is a jacobs ladder 3 cm  plasma which I intend to use for the kapanadze coils   .   check my yt   Energy Amplification Pt 3   Jacobs Ladder 030313  totoalas
I tried this set upt with flyswatter in Energy Amplification Pt. 2  and both caps  charged up.......(circuit in the Energy Amplification thread)
The latest video in OU about a french guy in the mountain  showed earth, battery, small spark then kapanadze  to 1.7 kw lamps then to a heater
that means its doable  only on the conversion of spark to energy we need to concentrate...   the ist part using off the shelf materials
totoalas
For the meantime we can use hybrid  Kapanadze to simplify and amplify....  a guy in yt used two ignition coils in parallel using 150 uf 350 v ac caps in series  and a 600 watts dimmer using 220 v ac as power source and a spark of 3 inches  thats  strong enough in my understanding ......

[tika]

Here is the record for construction of the Lithuanian coil, made following Wesley's (stivep) instructions in video #4.

The original specs:

http://www.flickr.com/photos/46534385@N03/sets/72157632914591379/

My build:

http://www.flickr.com/photos/46534385@N03/sets/72157632918473710/

I will update the latter set of pics with the secondary in place.  I still have to upload the pics.

m:o)

[tika]

Hi guys is this setup good for a monitor flyback instead of an MOT?
Thanks

There is a very important thing to point out about this.  An MOT will give out an AC voltage.  Most TV flyback have a diode and a voltage tripler inside and give out a DC voltage.  From what I understand, an AC voltage supply is needed.  But I'm only 80% sure of that...  I have received 4 flyback transformers today and will post info about that tonight or tomorrow.

m:o)

[totoalas]

There is a very important thing to point out about this.  An MOT will give out an AC voltage.  Most TV flyback have a diode and a voltage tripler inside and give out a DC voltage.  From what I understand, an AC voltage supply is needed.  But I'm only 80% sure of that...  I have received 4 flyback transformers today and will post info about that tonight or tomorrow.

m:o)

Hi Tika   I think the flyback is good for dc/ rectifier  pulsing coils and another coil for ac  load  as discussed in the energy amplification thread
well see where it will lead us

[tika]

Hi guruji, Im using flyswatter output in a closed loop with the 2 windings of flyback     -  12 v dc relay   no  spark gap then to  terminals  2 , 6 and 7 shorted,  10  to a 10 Turns 18 ga to the ferrite core then back to the flyswatter.....   Output is a jacobs ladder 3 cm  plasma which I intend to use for the kapanadze coils   .   check my yt   Energy Amplification Pt 3   Jacobs Ladder 030313  totoalas
I tried this set upt with flyswatter in Energy Amplification Pt. 2  and both caps  charged up.......(circuit in the Energy Amplification thread)
The latest video in OU about a french guy in the mountain  showed earth, battery, small spark then kapanadze  to 1.7 kw lamps then to a heater
that means its doable  only on the conversion of spark to energy we need to concentrate...   the ist part using off the shelf materials
totoalas
For the meantime we can use hybrid  Kapanadze to simplify and amplify....  a guy in yt used two ignition coils in parallel using 150 uf 350 v ac caps in series  and a 600 watts dimmer using 220 v ac as power source and a spark of 3 inches  thats  strong enough in my understanding ......

All the builds I've seen use spark gaps in the mm range.  A spark will form at between 1 and 2kV per mm of gap depending on air humidity.  SR193 was talking about a minimum of 3kV supply to start seeing see OU effects. Start low and go up, 3 inches sparks will make for a quite unruly circuit, when using a spark gap in series with the load, and working around it would be hazardous at best if not downright impossible when powered. It will also make placing other components such as diodes and caps very difficult, as you would need to drown them in epoxy, or mineral oil.

m:o)