Kapanadze Cousin - DALLY FREE ENERGY

[x_name41]

Hi x_name41. What is the inductance of the choke you are using in that test?

the inductance is unknown but but I suppose that is about several hundred milihenry, marked with a white dot on top

[NickZ]

   Ignorance can be bliss, but a link to his patent may even be better.  Or don't you have a link to it?

   Makes me wonder how Tesla was able to get a patent on his flying machine, without ever making one. 
Same with TK's patent?

   What is that picture from apecore above about?  I seam to have missed the description?

[Void]

the inductance is unknown but but I suppose that is about several hundred milihenry, marked with a white dot on top

No worries. Just an approximation of a couple of hundred milliHenries is probably
OK for now, although that seems to be pretty high. I may have to use a smaller inductance
value in the lower mH range for now.

I will see if I can give this a try, but I may have to go out and purchase
a smaller wattage 12V filament bulb than the 12V, 35W halogen bulb I have now...
Halogen bulbs seem to be relatively slow to start lighting up as well, so they may
not be suitable for this type of short duration pulsing type test.

[x_name41]

Post a scopeshot of the voltage between the gate and the source, so we can see that the MOSFET is not being turned-ON by the high dv/dt appearing at its drain from the interrupted current in the inductor, that is charging the C_D-G capacitance.

f=50Hz 1% duty cycle gate-source voltage pulses scope probe
f=50Hz 1% duty cycle drain-source voltage pulses scope probe

[NickZ]

  A small wattage car bulb should do. Or not?