A Self-Charging Adams Motor

[noonespecial]

Is it possible to identify the values of the other components to have a complete schematic?

Thanks,
Charlie

[gyulasun]

Is it possible to identify the values of the other components to have a complete schematic?

Thanks,
Charlie

Hi noonespecial,

This is Lanenal's circuit, I hope he returns to you too.

As a hint, see my reply # 13 and 16 on the resistors values, potmeter R3 can be say 4.7 - 22 kOhm to adjust base current, depends on induced current in L2.

rgds,  Gyula

[lanenal]

Hi Guyla,

Glad we all agree with the modifications, as for the errors, they are all mine in the first place, thank you guys for sorting them out and for making fantastic corrections and improvements. 

As for the OU of the Bedini SSG, It is the best write up I have found on the theory behind the SSG

http://www.cheniere.org/techpapers/Bedini.pdf

Which states in its abstract that "The system becomes an open system far from thermodynamic equilibrium in its vacuum exchange, and permissibly produces COP > 1.0."

hope this help. (One more thing: if Beardon's theory is correct, then we might want to take out C1, when the OU happens in the battery).

@Jesus: thanks for the redone of the circuit, looks tidy!

lanenal

Hi Lanenal,

Thanks for the modifications, I agree with them,  unfortunately I did not notice the diode polarity was wrong...

If I recall correctly, Bedini has never stated his (original) circuit is OU but he calls it "radiant energy"  (which is thought to be coming out together with the captured flyback pulse in his circuit or the flyback pulse itself)  that makes  positive effects in the charged batteries, it is a chemical effect inside the batteries that happens after several charge/discharge cycles of  treatments by his circuit.

rgds, Gyula

[lanenal]

Hi noonespecial:

thanks for your interest. R1, R2 will be similar (notice the thing here: they are in serial, and the current flowing in them should be almost identical, and the voltage over them are used to switch the two MOSFETs), so that they can switch off the MOSFETs simultaneously. They can be quite big (to save energy), I would suggest values range between 5k-10k ohms, but you can experiment with it. The Pot R3 roughly agrees with Guyla's suggestion, but once again, no hard numbers. Finally, the pot that was not labelled is not essential for low voltage batteries, unless the voltage of the battery is really high (this pot allows you to play with higher voltages by keeping the voltages on R1 and R2 low).

I think Guyla might also be able to give you some further comments on this, I am grateful for his help and advices on improving this circuit.

lanenal

Is it possible to identify the values of the other components to have a complete schematic?

Thanks,
Charlie

[guruji]

Did anyone build that circuit? Is it good?
Any part names?
Thanks