I have no fear at all guyz

I will try my best to show the measurements, might also bring up schematics.

I have to set this particular one up again, If I have to put measurements along with it.  Sure why not.
but I have another ones that  are far more then this.

So lets see how it will go

 

Hi  there Hoppy, (=


What you saw was something similar to what Akula's circuit.
Using a Ferrite Yoke from TV as you can see and 3 coils. 2 are used, one for circuit and other one for output load.
Can produces up too 2KW energy 120Vac~140Vac on incandescent bulbs around ~20Khz , Drivin by a simple Royer / heater circuit on 12VDC, consuming around 1Amp or 2Amps from battery.

Something exciting happens when  load is connected,
Everytime load is connected (incandescents) , amp draw descreases in input and increases by output, the more load you connect the more it decreases at input and increases in output.
As an example, it draws 1 amp from the battery and makes 3-5 amps from core at load output 127V+ AC.
But, toriod choke will get warm over time and the circuit.  Depends on how much load you have on.
But The core will sing When reaching 1Kw load connected.
managed to rectify the energy and charge back too.

Not here for my own greed, here for info exchange and helping others to go forward together (=
I will post one few more soon.

Cheers~

Hi GeoFusion,

Thanks for explaining your setup. I noticed that as you plugged-in the second bulb the brightness of the first bulb dimmed and when the third bulb was added, the other two dimmed. This is exactly how my setup functions because the output from the coil is very dependent upon loading. I'm sure that this is the case with both the Kapanadze and Akula setups.  My setup will max out with a very bright 60W bulb because my secondary winding is only thin ECW. As I add more bulbs the supply current drops but so does the pk-pk voltage across the load. I look forward to hearing more from you. If you could connect a scope across the output winding and show the pk-pk voltage as you plug-in lamps, this would be helpful to me and others who are experimenting.

  Hoppy:
  Could it be that the shared bulb brightness drops due to added resistance caused by your thin secondary wires, instead. Although, That does also seam to effect Igors Royer circuit, as more load bulbs are added the first bulb dims. As well as Akulas devices.
  Please upload a picture of two so we can actually see what you are working with.
   NO X wires... Please...
                                    kidding

Nick,

The resistance of the secondary winding does of course limit the amount of current available to the load but over and above that there is 'bell curve' type response when ferrite core is used for tuning. Each lamp loading will need to be tuned differently to achieve maximum power transfer, so what is best for a 100W loading will not be the best for a 60W loading.

Hi Hoppy and Nick (=.

Hoppy Thank you, yes looking forward to share more to and yes the lights dim every time  on how much load you put,
but most interesting part is that it adjusts it self beautifully to 1 load with the proper brightness what ever watt rating bulb you connect to. The resonance that happens within the Ferrite core is extraordinary (=.
Let's say if I constantly add 100W bulbs it will dim very lightly on how many i put, but the moment I connect a different watt rated bulb it will show a drastic change in resonance, would dim completely or raise brightness, very interesting device it is.
 
btw this vid is from january, If I have to make new recording of this one give me a day or two to set it up again.  but I manage to make something more advanced now and willing to show this one soon With measurements and more.
yes this has something similair to what kapanadze and Akula are doing, we are so close to figure out something (=

Nicee I see you also being busy on such types of resonant transformers Hoppy.
Yes that would be something to try out , by winding ECW maybe 21 AWG to it and see what it will give out, because the heater coils are 2.5mm and the output coil wire is 1.5mm.
Ferrite has two Gaps otherwise it wont work.

Btw input voltage will deside the output, also tried 24 volt too.

I will upload one more that has a close up too it, so you guyz can see the circuit and more (=

Cheers~

  Much appreciated GeoFusion, can't wait for your newest information and videos, etz.
 
   Here is a couple of pics of my yoke as it still sits. Waiting for the next tests...

Nick: yes, very soon, upcoming days vids will be available.
Awesome. I see you also tried and managed your version of using the Tv core and Aire core Coils (=.
looking forward to your progress and could help eachother on the way with Ideas.

One thing is noticable there - the halogen is on blueish color which may be indicating cold current going on high frequency there. Are you running it on BEMF spikes?
Also is that traditional flip-flop circuit or is it like the end of the signal starts the second and only after the first is switched off?

Yes T-1000,  it's Cold (electricity) Current high frequency @ 20~ 24Khz.
I can hold on to both of the leads of output with my bare hands and bare foot and no shocks at all. even If I connect a bulb and go touching the leads, not even a single shock   
well, don't know if it's traditional or not but Chubinidze used this circuit.
 I will post a rough sketch for you to see and others (=.

Cheers~

Windings on the core must be same direction and needs to be coiled all the way passing the gaps to the otherside of the core.
For the Two Gaps on ferrite, put 1 layer paper or tape between them for it to work and resonate.

Dear GeoFusion.

Are you saying that the primary windings are wound in the same direction from the centre tap? Or that the primary and secondary are wound in the same direction?

Also if you have an LCR meter what is the inductance of your primary winding and how many turns did you have?

Thank you in anticipation. 

Cheers Grum.

so you have 2 .... gaps ....    or ?? something else ??/ think !