Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[forest]

loop back through a FWBR and a zener diode or DC Regulator to recharge your battery or free run.  If you can you have a shot at the prize money here on OU.   It would be a nice Christmas gift.

Hmm.. maybe a ferrite transformer could be  put parallel to bulb and output 20V with zener diode ,diode bridge and filtering electrolytic capacitor put to battery, then you have the same situation like Kapanadze had : start from battery then remove battery. Should work, I would do it that way    .
The method Hop described should work too but I dislike it. I feel it could  zener fast , and then transistor. Just my intuition.

[bolt]

loop back through a FWBR and a zener diode or DC Regulator to recharge your battery or free run.  If you can you have a shot at the prize money here on OU.   It would be a nice Christmas gift.

Not quite as easy as that because the o/p impedance is rather high suitable for lighting mains lamps. Its riddled with harmonics.  Requires RF step down transformer, supply chokes, RF filtering and probably a Romero Maplin step down inverter to 15v. Then it has a chance of looping. Issue then for final load is where to take it from? If from inverter power is very limited.  Before you know it very easy circuit gets very complicated as ideal katcher requires 50Hz modulator so the o/p can be passed to normal transformers.

[verpies]

Besides the question above on how to make a capacitor with wire, I need to ask you this.

Before I start firing up this dual flyback, I did some low level resonance tests and have found that when the primary is pulsed at 650kHz - 50% duty the output from the HV side really shoots up high and fast. I also found that when I put a certain value capacitor across one of the auxiliary coils I can get about 30% more output. My flyback primary values are 1.1 ohms at 4.47mH so I am wondering how I can get this circuit to pulse at between 600kHz and 650kHz (sweet zone).

The capacitance is proportional to the overlapping surface area and to the permittivity of the dielectric and inversely proportional to the distance between these two surfaces. So it's best to make capacitors out of metal foil and a good dielectric.
The type of plastic tape that our Russian friends are using for this dielectric has great influence on the capacitance of their capacitor rolled up from a plastic and metal foil strip.  Plastic dielectric age rapidly, so it is not surprising that the frequency of their resonant circuit changes with time.
Mica sheets are excellent dielectrics for capacitors. Glass foil is too because of the high breakdown voltage, if its bend-radius is not too small. I use 0.05mm glass foil for my HV capacitors.

The Royer oscillator circuit can be tuned with C1 and a little with L1. For more control use TL494.

[jbignes5]

Really all heating issues are due to improper wave type. It needs to be a capacitance discharge across a one way channel and not a transistor. Transistors provide unclean cut offs and you get reverse waves. When you get the right wave all heat will be dissipated. Because you should be in harmonic resonance of the matter you are vibrating and there is very little resistance at that point.

It has been shown experimentally what resonance can do as you hit the resonance of two different coils when we series or parallel things. One coil will virtually be bypassed like there was little resistance to the whole section. Even though it is in resonance one part isn't and that is where the power will be used and sometimes little loss is involved in the jump over the resonance.

This resonance is something Tesla knew plenty about. He devised many a method to attain his goals in learning the subtle effects the these waves brought about. He said it was some what pleasing to be in the field for extended times and felt he was more energetic through the day. Sometimes he would go multiple days when doing an experiment without a minutes rest. Tesla said this field had healing properties and made many devices in that field.

Somewhere in there he figured out the 90 degree Tesla coil. Bifilar winding around the base radially and at the time conical coils with a capacitance sphere on top. Tesla figured why not use the full amount of the energy from the vortex. Spin it up via high voltage and then tap it rhythmically in one direction. Allow a collection coil to induce it down and short it when it is at it's peak so that it can't back flow quicker.

Think of this field like a big tornado. The top has a layer we have not noticed yet. Around the top swirl is the same kind of ring we see in the underwater videos I posted. This field is rolled upon itself around the Tall coil and trapped by the bifilar coils fields.

I know pings from a coil of wire can get reflections from iron and certain metal objects with the ability for it to make an educated guess as to the composition just by the reflection. Like Sonar. This is used in all of these methods here but there are specific variances.

[verpies]

Last days i spent in my free time experimenting.. i had some fun but poor results in comparison.

Could that be because you know how to properly measure power?

If not, do you have enough data to compare your non-working device to their working device?  such as...
- Dimensions,
- Windings (inductance),
- Dielectrics (capacitance),
- Temperature,
- Waveforms (shape, amplitude, frequency and phase to other waveforms)

Anyway, a negative result is also a worthy result.

I wish you were successful because I am sure that if you are, then you will not begrudge us decent power and phase measurements between two windings of a working device, like Mr. Wesley.