Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

TheCell · September 05, 2011, 07:48:29 AM

Quote from: captainkt on September 05, 2011, 06:16:31 AM
@TheCell, Hi, I spoke in a previous message about synchronising the pri and sec what I meant was the two sec (sec of large trans and secondary of inverter) Regards

On the secondary of your large transformer you will receive the input of the sparc gap that feeds on pole of the primary the other pole of the primary beeing grounded.

As a result both signals superimpose each other.
What is unclear to me is the fade slowly up and down effect.
Is your cap connected directly to the primary then the sparc gap would trigger a LC circuit and there would by an explanation for the fading effect,because this 2 frq. are not in phase. If it would be connected before the sparc gap it would trigger an natural frequency ...

Does SR pll his 2 frequencies . In my opinion your moving his way.
Please draw a schematic.

Shokac · September 05, 2011, 08:08:14 AM

This is the basic principle on which I work. I try to sync the primary and secondary. Synchronization should be 50Hz. Or 220V source set in the oscillation frequency of the primary (HV), and then back down to 50Hz.

?!?!Or 220V is DC?!?!
Tesla use DC in secundary circuit. (Second pictures). http://www.bibliotecapleyades.net/tesla/coloradonotes/coloradonotes08.htm

TheCell · September 05, 2011, 08:45:35 AM

Or 220 set in the oscillation frequency of the primary (HV), and then back down to 50Hz ?!

Don#t confuse Voltage with frequency.

xenomorphlabs · September 05, 2011, 10:31:32 AM

@Shokac: I like the idea after all.
However just mixing 2 signals is not synchronisation.
You need to make sure that they are in phase as well, meaning they
share the same zero-crossings or peaks on the time scale.
If they would be for example at a phase difference of 180 degrees, the two signals would completely cancel each other (assuming equal amplitude).
So a phase-shifter is needed for one of your signals to achieve that.
You might also want to filter the RF noise from the spark gap with RF suppresion components/LP Filters if you want to power anything other than lamps.
Regards

Shokac · September 05, 2011, 11:19:15 AM

Quote from: xenomorphlabs on September 05, 2011, 10:31:32 AM
@Shokac: I like the idea after all.
However just mixing 2 signals is not synchronisation.
You need to make sure that they are in phase as well, meaning they
share the same zero-crossings or peaks on the time scale.
If they would be for example at a phase difference of 180 degrees, the two signals would completely cancel each other (assuming equal amplitude).
So a phase-shifter is needed for one of your signals to achieve that.
You might also want to filter the RF noise from the spark gap with RF suppresion components/LP Filters if you want to power anything other than lamps.
Regards

Yes I know. However, Kapanadze said that the principle is very simple and should be considered in a simple manner.

There is no special electronics.
Probably, Kapanadze said, a large capacitor.

Now, how to connect it. Great thoughts on the HV (6,000 V, 4uF) or LV (220 - 450V, 2000uF)