Kapanadze Cousin - DALLY FREE ENERGY

[Zeitmaschine]

Yes, but only with brass and soft steel disk combos ( mine were 30cm OD and AFAIK TK's were 50cm OD ).
I blew up my scope while working with it and quit.

It blew up because of too much energy generated by the discs?

Apecore anti page-stretch

If one uses Firefox: Install the extension named »Stylish«, make new style like this:



@-moz-document domain("overunity.com")
{
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  }
}



Then the stretched page should look like that (it generates a scrollbar under the image):

[verpies]

and the second question with less resistance transistor is not well unclogs! this is not bipolar transistor

That has nothing to do with BJT operation.
The smaller gate grounding resistor does not prevent the MOSFET from fully conducting if your signal source has low impedance and +12V_PK level.
If your signal source is so weak that it cannot drive the gate terminal to +12V with the 100Ω resistor, then use a real MOSFET driver like the UCC27511, that will keep the gate well grounded when it is supposed to be OFF.

Floating the MOSFET's gate on a 47K grounding resistor does not prevent it from being turned on by the drain-gate Miller capacitance during high dv/dt conditions on the drain.  This is elementary.

[a.king21]

I think that if the secret had been revealed in the patent, which has been around for years, then there would be a fair number of self-running replications by now.

Don't study it then. Ignorance is bliss.

[Void]

hello to all, recently I conducted a little experiment under this scheme
the first sample was without commutation of the choke, the result was a weak light the lamp, then quite by accident I began commutation of the choke manually,  whereby the the lamp began to is lit very strongly at a duty cycle 1% of 50Hz. Here is a short video of the effect. As a power supply I used this rectifier
more info from here

Hi x_name41. Thanks for posting the details of your test. If possible, I think it would be helpful to show the current draw from the
power supply on an analog ammeter while running the test. I may set this up myself later today to test to see how it works, although
I don't have a low wattage 12V bulb right at the moment. I think my 12V bulb is a 35W halogen, but I may give it a try with that first
to see how that works.

[x_name41]

That has nothing to do with BJT operation.
The smaller gate grounding resistor does not prevent the MOSFET from fully conducting if your signal source has low impedance and +12V_PK level.
If your signal source is so weak that it cannot drive the gate terminal to +12V with the 100Ω resistor, then use a real MOSFET driver like the UCC27511, that will keep the gate well grounded when it is supposed to be OFF.

Floating the MOSFET's gate on a 47K grounding resistor does not prevent it from being turned on by the drain-gate Miller capacitance during high dv/dt conditions on the drain.  This is elementary.

not, you're wrong because as can be seen the transistor is controlled excellent and capacity charge and discharge normally
p.s. evidence of this is weak lighting of the lamp at 1% duty cycle