Need EE to figure out Professor Shinichi Seike's G-strain energy absorber device

[poynt99]

Yes,

Replacing "R3" with the primary of a transformer would make some sense in terms of stepping the voltage up or down, but we don't know exactly what Bob used.

I doubt Bob had to make any other changes to the values when he put in the transformers.

Maybe you should send Bob a message and see if he will "remember" what he used and how they were connected.

.99

[poynt99]

Essentially what Seike has built is a Phase Shift Oscillator.

This was my simulation schematic.

.99

[Goat]

@ .99

Thanks for your reply and input, it's very much appreciated.

I'm not sure if I or anyone else could contact Bob Boyce and that is why I posted this as a thought experiment for EE's.

I think that if Bob managed to make it work then a lot of people on this forum could probably figure out what he used for components given that it's not that complicated of a circuit compared to what I've seen over the years.

JLN does mention that the circuit(s) that he experimented with operated in the MHZ which is  supposed to be beyond the limits of the transistors but I'm not an EE so I can't tell if what he's showing is actually true but.

If Bob Boyce's circuit in self run mode had a Peltier effect  on the transistors then I would propose the following.

Make the circuit start on battery mode until you reach a self sustaining voltage then switch the circuit into the self sustaining mode for only a certain amount of time for the transistors to cool off using the Peltier effect that Bob mentioned, then after monitoring the transistors with a heat sensing device switch back to the battery until the transistor heat up again and repeat the cycle.

I hope I'm not being over simplistic in my thinking but if what Bob experienced then it shouldn't have been "shelved" without further investigation.

Regards,
Paul

[poynt99]

I'll contact Bob and ask him.

.99

[Goat]

I'll contact Bob and ask him.

.99

Thanks .99 really appreciate your input.

Regards,
Paul