Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[broli]

I also like to ask another question if you don't mind.

I know the HV has its own kHz range frequency but is it exciting the coil in a continuous manner like case number 1 in the attached image or is there an underlying frequency that controls the width of the pulse train so to speak like case number 2?

[cosmoLV]

I also like to ask another question if you don't mind.

I know the HV has its own kHz range frequency but is it exciting the coil in a continuous manner like case number 1 in the attached image or is there an underlying frequency that controls the width of the pulse train so to speak like case number 2?

i don't know - i'm not using osciloscopes i'm not understand these graphs /i don't have a osciloscope/ - all is simpler that it looks (if you wan't find free energy in these graphs, then forgot about free energy

[broli]

i don't know - i'm not using osciloscopes i'm not understand these graphs /i don't have a osciloscope/ - all is simpler that it looks (if you wan't find free energy in these graphs, then forgot about free energy

Ok I understand but if it was simple then this thread would have been much smaller than almost 270 pages long. I'm performing small experiments to see what you want us to see.

Something is bothering me about the high frequency vs the low frequency. If they are sine waves and If the high frequency is 50 000Hz while the low one is only 50Hz. Then it means 250 spikes will have occurred when the low frequency reaches it's first maximum voltage (quarter period). Why that many?

[ElectricGoose]

Ok I understand but if it was simple then this thread would have been much smaller than almost 270 pages long. I'm performing small experiments to see what you want us to see.

Something is bothering me about the high frequency vs the low frequency. If they are sine waves and If the high frequency is 50 000Hz while the low one is only 50Hz. Then it means 250 spikes will have occurred when the low frequency reaches it's first maximum voltage (quarter period). Why that many?

...because it doesn't actually work that way.

[broli]

...because it doesn't actually work that way.

I hope his answer will be more constructive than that. Or we'll be stick in limbo forever.