Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[FreeEnergyInfo]

FREE ENERGY VIDEO ? ....

www.youtube.com/my_videos_edit?ns=1&video_id=cLQqvnLS7qE

[27Bubba]

@FreeEnergyInfo

Sorry, but the link is not working...

[wattsup]

HI Osiakosia,
many thanks for the important details you kindly showed to all of us. I wonder if you could find at least a unit for me
Roberto

And for me. lolololol

Holy cow, a brand new TBC110.

@Ronotte, see my post to @T-1000 about his video and the connections. This I had never seen before where the output capacitor is connected to one side of the CC then it goes to the SG2. That means he is actually using the HV+ almost directly (has to travel through the CC first) to the bulb via the SG2. The other side of the bulb is connected between the output diode and cap.

Also, one thing I have noticed is the COC output diode. If you are using a microwave diode, you may need to check it often because they can blow or short and you will not see it melted or anything of visual warning. So if it is no good, you could be wasting alot of time for nothing. Happened to me twice so far.

Dear Wattsup ,
Please find , that the pin numbers on TBC110ЛА starts from 2 after 1 then 3 and so on ....
The winding exsist between pin6 and pin 7 . I think aproxsimately 140-150 turns . ( Voltage 2.36 V on pin7,
then 10V sinus signal was applyed to pins 5-9 . By documents transformation rate 0.232 +- 5% .
I have added photos of TBC110ЛА . New . Never used .
Regards

I am so happy today to be able to see this flyback so well and know all about it with now the 6-7 existing, it makes life so much more complete for the understanding. Then with the 3-1-2 instead of 1-2-3 means the complete primary is being used so good again.

So now I have all the turn ratios and wire sizes.

I am wondering about one question if you can take a picture of the side showing wires on pins 4-5-6-7. According to the specs, it says the 4-5 is 0.41mm and all others are 0.23mm. Can you see in your flyback if this shows thicker wire for 4-5 as if it is correct, then I will want to replicate that as well.

If all this is correct, then we have as follows for a build spec;

4-5 = 80 turns @ 0.41mm or 25.5 AWG (This is good to have a thicker wire on the COC center tap side.)
5-6 = 80 turns @ 0.23mm or 31.0 AWG
6-7 = 150 turns @ 0.23mm or 31.0 AWG
7-8 = 610 turns @ 0.23mm or 31.0 AWG
8-9 = 190 turns @ 0.23mm or 31.0 AWG

Total turns for the HV- to travel through the secondary 4-9 before going to the COC center tap =  1110 turns with taps at 310 turns and 920 turns for the capacitor.

HV = 1200 turns @ 0.10mm or 38 AWG

Hallelujah brothers and sisters. The TBC flyback spec is now understood. Thanks to all for their inputs.

@all

Well my place to start looking will be here;
http://www.amazing1.com/transformers.htm

They offer the core with the HV coil only using even better wire. I just spoke with a guy there that said they could wind a secondary onto the primary for me as per my instructions so I will get an e-mail and drawing to him ASAP and see where it goes from there. I told him if this ever worked out, they could sell alot of these flybacks. As a manufacturer, of course this is what they are looking for indeed.

wattsup

[T-1000]

They offer the core with the HV coil only using even better wire. I just spoke with a guy there that said they could wind a secondary onto the primary for me as per my instructions so I will get an e-mail and drawing to him ASAP and see where it goes from there. I told him if this ever worked out, they could sell alot of these flybacks. As a manufacturer, of course this is what they are looking for indeed.

wattsup

Good to hear, just let them wind in Lithuanian version of ТÐ'С-110ЛА flyback way on secondary: 1/4 of secondary wire cw then good insulation then full length of secondary ccw on top and leaving wires from both ends inside (and the output should be rated 25kV). Then secondary primary in such way you could attach capacitor for a reonant LC circuit inside of same flyback...
That would bring you Tesla quarter wave resonator straight from manufacturing line

[wattsup]

Good to hear, just let them wind in Lithuanian version of ТÐ'С-110ЛА flyback way on secondary: 1/4 of secondary wire cw then good insulation then full length of secondary ccw on top and leaving wires from both ends inside (and the output should be rated 25kV). Then secondary primary in such way you could attach capacitor for a reonant LC circuit inside of same flyback...
That would bring you Tesla quarter wave resonator straight from manufacturing line

@T-1000

If you can please expand on this it would be better to understand it in full terms since the way you are explaining could be misunderstood, including by me. I need to know this in a way to not make any mistakes and I am getting confused about the "secondary primary" you are saying.

wattsup