Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[hartiberlin]

Hi Xeno,
it must be this way normally for a H-bridge
inverter circuit.
Each transistor is only ON, when the other transistor
is OFF.
So only ONE transistor is conducting at the same time.

[xenomorphlabs]

Hi Xeno,
it must be this way normally for a H-bridge
inverter circuit.
Each transistor is only ON, when the other transistor
is OFF.
So only ONE transistor is conducting at the same time.

Thanks Stefan for wanting to help.
The thing is that i am already assembling the circuit.
I have just cut out a portion of the circuit that might look misleading, the circuit i found on the web seems to be correct.
I attached the full circuit.

BUT it works for 12 Volt D.C. and NOT for 30 kV D.C. That is the point i am trying to make
The full 30 kV will sit on those transistors as they are intended to send the caps energy to the transformer coils so they can produce the AC on the secondary.

EDIT: Bolt might be right, maybe the voltage just needs to be adapted with an insane voltage divider, so the trannies only see 12 Volt, i am just not sure if that would not waste all the power in the dividing resistors. I will continue to discuss that issue better in an electrotech forum rather than here. Apologies

[bolt]

i really would not pay attention to the inverter section. Its just a model to show that once you have HV DC after the rectifier you can PD shift it only requires 2 resistors to set the voltage level to a workable voltage and feed into an off the shelf inverter....thats all!

Please pay attention to the circuit. The inverter does NOT see 30,000 volts it can be set with a resistor to see only whatever you like 100 250 500 1000 whatever.

Hint despite the fact the DS system o/p's DC you can feed DC straight into a slightly modified inverter and connect direct to the internal HV DC rail before the chopper. SM did this on the TPU when he ran his TV and vacuum cleaner from an inverter.

Dont waste time on the inverter until you really do have power from the bridge then its worth the time and trouble correcting it to usable form.

[the_big_m_in_ok]

I have just cut out a portion of the circuit that might look misleading, ...

The CD4047 in the drawing above(Reply #496) can be replaced with an adequate signal generator, as a simplification of the circuit, in and of itself.  That might also get around copyright laws that come with the original circuit.

--Lee

[hartiberlin]

@xenomorphlabs

better try first to wind the transformer to get a 50Hz or 60Hz or  400 Hz resonance
LC circuit with a secondary 220 Volts AC output.

Then try to put it with one side on ground and see, if you can excite
the LC circuit already to oscillate from the ground 50 or 60 Hz waves ?

Maybe Loudspeaker LC filter circuits could be used to do this ?
Just get the coils from there and add caps so you get to the right frequencies.

Always think about the displacement currents and Avramenko plugs
and series resonances for high currents !