Akula0083 30 Watt Self Running Generator.

[NickZ]

  All:
   It looks like none of the Akula schematics are correct, and we are just wasting time to replicate them. However, if we find the right way of doing it, or the correct approach, we may be able to get somewhere with this.  Until one of us is able to obtain some replicable results, we are all just spinning our wheels. 

[TinselKoala]

  All:
   It looks like none of the Akula schematics are correct, and we are just wasting time to replicate them. However, if we find the right way of doing it, or the correct approach, we may be able to get somewhere with this.  Until one of us is able to obtain some replicable results, we are all just spinning our wheels.

I am obtaining perfectly replicable results in the 3V flashilight thread, using one of Akula's published schematics with a minor correction, and it makes the same scope signals that he has shown from that circuit. Itsu is also converging on replicating the instrumental measurements using the corrected published circuit.

If you are wanting to replicate the LEDs running without external power, that's not so hard either, but you have to realize Akula isn't doing it the way he says he is.

Still to be explained by the believers is this: How can a circuit produce the _same_ instrumental measurements using the _same_ external component values, if there is something wrong or special about the core itself?

Any differences in characteristics of the core -- real electrical characteristics like permeability, B-H hysteresis, conductivity, and so on .... would make the circuit behave differently. But the only difference is that Akula's lights stay on -- when he's at home, not in Germany.

[Thestone]

I am obtaining perfectly replicable results in the 3V flashilight thread, using one of Akula's published schematics with a minor correction, and it makes the same scope signals that he has shown from that circuit. Itsu is also converging on replicating the instrumental measurements using the corrected published circuit.

If you are wanting to replicate the LEDs running without external power, that's not so hard either, but you have to realize Akula isn't doing it the way he says he is.

Still to be explained by the believers is this: How can a circuit produce the _same_ instrumental measurements using the _same_ external component values, if there is something wrong or special about the core itself?

Any differences in characteristics of the core -- real electrical characteristics like permeability, B-H hysteresis, conductivity, and so on .... would make the circuit behave differently. But the only difference is that Akula's lights stay on -- when he's at home, not in Germany.

@TinselKoala,

Can you share schematics, and or video and explanation...

Thanks.

[verpies]

Any differences in characteristics of the core -- real electrical characteristics like permeability, B-H hysteresis, conductivity, and so on .... would make the circuit behave differently.

In principle it does not have to be that way.
A certain charactersistic can result in different behavior of the circuit while without that characteristic the circuit can behave exactly as predicted by conventional electronic engineering.

I'm not advocating for Akula - just objecting to the absolute logic of that statement (not its probability).

[tysb3]

...that Akula's lights stay on -- when he's at home, not in Germany.

If you can please the source of this information.