Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[T-1000]

@wattsup
The primary:secondary coils ratio is calculated in conventional formulas.
Also, the BEMF we're running in flyback multiplies output voltage 10-20 times.
This is where it gets interesting with output voltages and capacitive links...

[jbignes5]

Hi captainkt and Jbignes5,
I think captainkt have a right.
Its working "like" a transistor - similar on AC current.


Amplification of energy (OU) is not available on there.


Maybe we are blind men. Clarify this for us.


Regards
Frantz

The reason so many fail is that they can not control 1000's of volts without very special silicon. in fact most of the good transistors are very very expensive. This is a way to do it simplistically without the limitations that current silicon can attain. Have you even read the material at all that I posted instead of just saying bah there is nothing to this.


What about page 18 that I pointed out? Can you say bipolar catcher coil? what would happen if you biased the core with a magnet instead of a battery? that would saturate the core into the realm they are talking about as well.


why don't we ask the guys here what they use for signal generators and power supplies? Think people....

"Silicon transistors typically do not operate at voltages higher than about 1000 volts (SiC devices can be operated as high as 3000 volts). In contrast, vacuum tubes have been developed that can be operated at tens of thousands of volts." And these mag amps can be controlled in the same manner but the limitations are removed. Think about being able to control millions of volts directly, much the same as a transistor and not like a spark gap. This would allow us to customize the signal then magnify it to whatever the caps are charged to. Finding a better valve control for the pulses is the key.

[wattsup]

@wattsup
The primary:secondary coils ratio is calculated in conventional formulas.
Also, the BEMF we're running in flyback multiplies output voltage 10-20 times.
This is where it gets interesting with output voltages and capacitive links...

@T-1000

I suspected as much on the HV output effects but the main question we have is will the flyback HV coil survive having two wires that are not connected and just left inside the coil windings.

@ronotte

I will finalize the build specs and send them to Bob. His expertise in the matter will be the best to see if this has a possibility of working out and what type of modifications we must consider for the new HV coil, I will also ask him t o make the standard TBC-110LA as we know it from the last specs.

wattsup

[aether22]

Nevermind, found it:  http://www.fluxite.com/WorkingRadiantEnergy.pdf

[T-1000]

@T-1000

I suspected as much on the HV output effects but the main question we have is will the flyback HV coil survive having two wires that are not connected and just left inside the coil windings.

You need insulation of 30kV+ between those two coils. Then as long the dielectric is not in over voltage condition, it will survive. Please make sure those 2 loose wires between coils are not exposed to air gap because it would be very bad dielectric.

Hopefully you get idea.