Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

i confirmed this by observing the voltage across the emitter (ground) and collector.
The pulse went all the way to 0V

the transistor is fully open.

How could the the voltage between the emitter and collector go down all the way to 0V if the transistor was fully open ! ?
Did you make the Russian mistake?

[d3x0r]

I thought that was measured with toroid in place ... was it a resistor?

[verpies]

I thought that was measured with toroid in place ... was it a resistor?

In some experiments Itsu was driving a purely resistive load and in other experiments he was driving a mixed series RL load.
However the V_CE voltage does not provide reliable information about the saturation of the inductor's core. (I_C does)

[itsu]

How could the the voltage between the emitter and collector go down all the way to 0V if the transistor was fully open ! ?
Did you make the Russian mistake?

LOL,  probably, what i mean is that the Collector - Emitter voltage completely drops to 0V from 42V during the pulse (transistor conducting or transistor saturated).

That in contrary with the pure resistive load (the 4.7 Ohm resistor in the last video), where the Collector - Emitter voltage NOT completely drops to 0V from 12 V during the pulse (transistor not fully conducting or not fully saturated)

The difference is the pure resistive load (4.7 Ohm) only with low 12V and the combination of toroid (+ flyback) with 1 Ohm resistor with 42V collector voltage.

I will continue testing today.      Regards Itsu

[verpies]

LOL,  probably, what i mean is that the Collector - Emitter voltage completely drops to 0V from 42V during the pulse (transistor conducting or transistor saturated).

In English, that means that the transistor was fully closed ;/