Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[anandml]

Dear Verpies,

Many thanks for watching. I should read volumes from  that remark 

Best wishes Grum.

Where is spark gap in your video? Why you didn't try to connect output load to step down transformer and make it as a selfrunning device..

[Grumage]

Where is spark gap in your video? Why you didn't try to connect output load to step down transformer and make it as a selfrunning device..

Dear anandml.

Thank you for your recent posts. I first tried out the device with an SG with ZERO results. I then attached a Royer oscillator to the Primary coil as seen in the video.

As Verpies quite rightly quoted it turned it into an electronic transformer!! But there were so many weird effects produced, as it seemd to me anyway, I thought I would share the results with you all.

The device is connected to an output step down transformer. I can raise 25 Vdc very slowly but this is not fast enough to provide a self runner!!

Dear Verpies,

Your remark from last night got me thinking, so please share your thoughts, as I feel I am adult enough to cope!! PM me if you like. But I am going to give the device a last chance, I have been out today and managed to source a couple of Brand new TV Line output transformers, ones that I can wind a seperate coil onto. I think you suggested a single transistor drive??

Dear Hoppy,

Many thanks for you kind comments. That "tiresome trip" saved me £2.50 though

Cheers to one and all. Grum.

[Zeitmaschine]

Where is spark gap in your video?

I first tried out the device with an SG with ZERO results.

The question should read: Where is the shielding in your video?

Isn't it funny? Kapanadze shows a spark gap and Kapanadze shows a Faraday cage. Now almost all are under the spell of this flickering spark gap but nearly no one cares about the unmissable Faraday cage next to it.

Maybe this belongs to the Kapanadze standard method of hypnosis.

[verpies]

Your remark from last night got me thinking, so please share your thoughts, as I feel I am adult enough to cope!! PM me if you like. But I am going to give the device a last chance, I have been out today and managed to source a couple of Brand new TV Line output transformers, ones that I can wind a seperate coil onto. I think you suggested a single transistor drive??

I just have a different mode of experimenting. Take a look at my posts in this thread to see what I mean.
You seem to be making progress, or at least you are not stuck and I do not want to interfere by imposing my methods on you.

The one transistor method of driving the Flyback's primary is superior because it produces higher rates of current change (di/dt) in the primary, than a square wave voltage source, despite that such source outputs the highest rate of voltage change (dv/dt) possible.
High dv/dt voltage source does not necessarily cause a high di/dt in an inductor, because such source has a very small internal resistance, even when it outputs zero volts. This low internal resistance, always allows a large current to flow.  For best effects, a Flyback transformer needs a quick interruption of its primary current by some kind of fast switch (e.g. a MOSFET).

The most significant difference from an ordinary transformer action, is that currents in Flyback transformer's primary and secondary windings do not flow at the same time*, because there is a diode in series with the secondary winding, that blocks this simultaneous current.
So you must drive your primary in such manner that when the current flows in the primary then it does not flow in the secondary (because the diode blocks it). This diode is usually built into the Flyback transformer (integrated). Current can  flow in the secondary only when Q1 opens (stops conducting).

Referring to the attached schematic, the transistor Q1 should be a able to withstand the secondary voltage divided by the transformer's turn ratio.  Also, it is important that this transistor stops conducting very quickly (short fall time), thus R2 should have low resistance to pull the gate down quickly (e.g. 4.7Ω). The R1 can be 10x larger because we don't care about a short rise time (it would only stress D1 unnecessary).

It would be prudent to start switching Q1 at ≈10kHz and .1% duty cycle and keep increasing the duty cycle slowly until T1 saturation starts manifesting itself on the scope.

* in complete energy transfer mode (discontinuous mode).

[Hoppy]

Dear Hoppy,

Many thanks for you kind comments. That "tiresome trip" saved me £2.50 though

Cheers to one and all. Grum.

Evening Grum,

I do suspect that a lot of people have been experimenting with Tesla style setups to the point of frustration, which has resulted in a few deciding to try to capitalise out of it financially by faking self-runners. Hopefully the McCoy is out there somewhere and will benefit mankind one day soon.