Kapanadze Cousin - DALLY FREE ENERGY

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But not try get volttage from multilayer coil vithout load like in my schematic with transistor in other case capasitor can reach voltage 2000 volts and explode. Ruslan avare that without load it explode...

Hi Menof. Yes, thanks for that. I think Ruslan's capacitors are probably not rated for a high enough voltage,
as although the WIMA capacitors are rated for 2000VDC, they are only rated for 700VAC, I believe. That is not really
a high enough voltage rating considering the capacitors appear to be getting about 1000VAC peak across them.
The 2.3M resistor Ruslan shows across these capacitors may be meant as a bleeder resistor to make
sure the capacitors will (slowly) discharge after the device is switched off, for safety reasons. He may possibly
also have this resistor across the capacitors to limit the max voltage across the capacitors under a no load condition.
I don't have the right HV capacitors at the moment, but I have some 1uF 630V rated poly film capacitors
that I will try first while keeping a close watch on the voltage across them. . If I get any promising results I may
order some capacitors with a higher voltage rating.
All the best...

[Void]

... across a bridge rectifier I had a cap charging to over 100V...

Hi d3x0r. I have seen similar sorts of results as well across 1uF. Even to higher voltages.
The capacitance value of the capacitor is important to consider here however.
Consider that a 1uF capacitor charged to 100V is only 5mJ of energy stored in the capacitor.
If a 1uF capacitor charges to 100V in one second, it only took 5mW of power to charge it,
plus whatever power losses in the driving circuitry. We are still talking very small power levels here.
You can light LEDs brightly with power in the range of 5mW, but not light bulbs.
All the best...

[d3x0r]

Hi d3x0r. I have seen similar sorts of results as well across 1uF. Even to higher voltages.
The capacitance value of the capacitor is important to consider here however.
Consider that a 1uF capacitor charged to 100V is only 5mJ of energy stored in the capacitor.
If a 1uF capacitor charges to 100V in one second, it only took 5mW of power to charge it,
plus whatever power losses in the driving circuitry. We are still taking very small power levels here.
You can light LEDs brightly with power in the range of 5mW, but not light bulbs.
All the best...

ya the 100V was instant; was a bug in the system... my hand held scope was +100V from everything else... 
but; it was also very fast; not 10 seconds...  but like I said it was a bug in the system... when it's fixed it's like half a second to 24V... which is slow.


though ... even though the coil is so much lower inductance.. it's operarting frequency is still really low

[Void]

ya the 100V was instant; was a bug in the system... my hand held scope was +100V from everything else... 
but; it was also very fast; not 10 seconds...  but like I said it was a bug in the system... when it's fixed it's like half a second to 24V... which is slow.
though ... even though the coil is so much lower inductance.. it's operarting frequency is still really low

Hi d3x0r. Yes, with coils there is also self capacitance between the windings, so that is also a factor in their
natural resonant frequency.
With Ruslan's previous and latest device arrangements I suspect you will find somewhat faster capacitor charge times.
I have been experimenting with similar arrangements for a few years and there are definitely differences with
this type of arrangement. Stupify and T-1000 have also mentioned this as well.
The question is whether we can figure out how to drive light bulbs with it and still
have power left over to make it self run. 
All the best...

[Void]

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