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Overunity Machines Forum



Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

Started by Pirate88179, June 27, 2009, 04:41:28 AM

Previous topic - Next topic

0 Members and 56 Guests are viewing this topic.

rakarskiy

Quote from: r2fpl on July 13, 2023, 10:17:02 AM
This is because V and basically 5kV is higher than the transformer voltage of 220V-380V. If it was lower, what would happen? nothing.
The conclusion here is that you always need to have a higher voltage to add currents? Is there another possibility? I don't know after all.


At one time dabbled in parallel serial connection of generator phases (multiphase with different frequency) through diode bridges. The result was interesting. we are used to connect batteries in series, or PSUs with the same characteristics, but what if with different?

In parallel, the voltage with the higher parameter will prevail, in series, how will it be?

How will the current be added? The same way as in a normal circuit through the voltage drop.

Actually, this is the process of generating the current force.
Here it is important that the added electric field is synchronized with the pulses of the primary voltage source. This combination is probably called "resonance in resonance".

I = ( (Ue+E2) - U) / (R+r0)

Current strength in the circuit: I
Primary source voltage: Ue
Voltage at the load electrodes: U = IR
Additive voltage: E2
Resistance of the primary voltage source and circuit elements: r0
Load resistance: R


Fabon

 ..
comments  no longer  applicable
                ALL Regards!

evostars

Quote from: Fabon on July 09, 2023, 02:57:17 PM
Thank you from no one will follow! Tried in vain... :-\
What interests you does not bother others!

Regards!

Can anyone make sense of what is being said here?
Would this be a translation glitch?

rakarskiy


Fabon

author evostars: Can anyone make sense of what is being said here? Would this be a translation glitch?

- This statement was meant for a different and specific person. Let's hope he's got it all figured out.
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