Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[bolt]

Nice start but your frequency way way too low.   Change the 1uf timing cap to 1nf you need 50k - 80k so that you get a corona coming out of the car coil.  Until you reach RF at least 35Khz and above nothing will ever happen. Your power fet might get red hot keep and eye to drop current with bigger load res or fit big heatsink.

Also each side of open air winding must be a tuned tank and HV cap BOTH sides.

3 x 1Kv HV diodes added and a 3kv 120pF HV cap

Charge stays now in the cap.
Nothing spectacular until now, just a signal flow check.

Video: http://www.youtube.com/watch?v=IQAvZtjzfKM

Now i have to build some tools to measure the frequencies and resonances.

EDIT: Little mistake in the diagram, the 2nd transformer is 10:1

[Yucca]

3 x 1Kv HV diodes added and a 3kv 120pF HV cap

Charge stays now in the cap.
Nothing spectacular until now, just a signal flow check.

Video: http://www.youtube.com/watch?v=IQAvZtjzfKM

Now i have to build some tools to measure the frequencies and resonances.

EDIT: Little mistake in the diagram, the 2nd transformer is 10:1

Nice work so far. One good easy trick you can try is to put a good polypropylene cap in parallel with your electrolytic can cap. This will mop up the higher frequencies and then dump it to your electrolytic and should make your meter less noisy.

Will you try 1:10 trafo config after obtaining HV diodes for the output bridge?

[sparks]

The analogy that comes to mind is the child on a swing.  If you just use a cap it is like pulling the kid back once and requires alot of force compared to synchronizing small amounts of force applied at the proper intervals.  This allows for the input of small currents to result in current circulations far exceeding the input currents.  Tesla would take the ouput from a 100kw plant and output megawatts at low frequency.   Say you take sinsuoidal ac at 60hertz and convert it to 5khz where your tank has the highest q.  This allows you to store up a goodly amount of energy in a small machine because of the higher frequency.  You could make a resonant circuit at 60hertz but it is going to require a shitload of inductance and capacitance.  Well anyway you discharge the cap into the best short circuiting device you can conceive so that it happens before the next input from the scource.  You do this at a frequency well below the input cycles.  This gives you time to input alot more energy into the rc before the next load cycle.  It's not free energy or anything like that but Tesla was after wireless power transmission.  Still not a bad idea.  Say you have a solar farm in the desert that is outputting a megawatt dc.  You bust this down into a 7or 8hz cycle as described above and start pumping at tetrawatts.

[xenomorphlabs]

Nice start but your frequency way way too low.   Change the 1uf timing cap to 1nf you need 50k - 80k so that you get a corona coming out of the car coil.  Until you reach RF at least 35Khz and above nothing will ever happen. Your power fet might get red hot keep and eye to drop current with bigger load res or fit big heatsink.

Thanks for the suggestions.
I need to realize a different FET driver, these photovoltaics units are too slow.
I cannot use any 555 cap under 0.5 uF.
I am not sure if the standard totem pole transistor driver (before MOSFET gate)  will be good because it shortens the pulses too much. I`ll get something like an IR2110 tomorrow.

Also each side of open air winding must be a tuned tank and HV cap BOTH sides.

You mean each of the secondaries that is formed by the tap splitting the secondary in two parts?

Will you try 1:10 trafo config after obtaining HV diodes for the output bridge?

Yucca,
There is no point to enter the >20 kV region for me at the moment.
No test equipment will enable me to measure anything at that levels
And Kapanadze didn´t do it also and got 5KW.
For getting more , you certainly have to go higher in voltage.
My goal is to see this working at lower levels and only then, it is feasible to make the enormous investment into industrial HV caps and RF/HF tools.

[turbo]

There is no point to enter the >20 kV region for me at the moment.
No test equipment will enable me to measure anything at that levels

Don't forget Tesla's Hairpin circuit.
It only works at those high levels.

Marco.