Common batteries are free energy sources

[ResinRat2]

Thanks Kreten33,

Sorry everyone, I guess I'm very new to this overunity stuff. I didn't realize that this is a well known Tesla Switch concept that is all over the net. Now I feel like I just wasted people's time and I wasted space here on this forum. Next time somebody please stop me.

Interesting experiment though, I'm going to try a few of my own (with small Ni-Cad batteries) just for grins. Go back to the important things you are doing everyone. Thanks.

[PaulLowrance]

ResinRat2,

I apologize for interrupting your thread. Not sure what else I should have done when I see someone who repeatedly posts disinfo.

Regards,
Paul Lowrance

[allcanadian]

If you have actually read Teslas original manuscripts, you would know tesla stated in no uncertain terms that if no energy is radiated(resistance-heat-light-RF) then a resonant system will increase in energy as it is added(think superconductors).He also patented an apparatus for supercooling resonant transformers with this in mind as he stated in that patent. As well Tesla mentioned that a purely inductive resonant system with no losses can consume no energy, the shuttling of energy would be perpetual-as conventional physics is in compete agreement with. The bigger problem I see with this battery shuttling scheme is halfwits using non-rechargable 6volt lantern batteries and resistive loads and then crying we have all been decieved, it does not work,burn the witch-burn the witch!! I call this the moron-factor, persons stating opinion as fact, having no research into the matter and being absolutely clueless as to the working principal. I think we can do better than this-Im hoping anyways.

[allcanadian]

After finally reading all the posts I can see we definately need some guidelines.
1)under no circumstances should you use a resistive load,NO light bulbs,NO light bulbs,NO light bulbs, it does not work! If any energy is radiated it is gone.
Induction loads only-pulsed conventional DC motor,pulsed coils-no transformers
2)When using pulsed induction loads you have Bemf to deal with,current flow is always forward so a blocking diode should route current from the common negative terminal between the two batteries and the single battery and should terminate inbetween the switch after the two batteries and the load. In this way when the switch is open the Bemf current is moving in a direction to charge only the single battery after the load,it is called load isolation.
3)large wires, large inductances, small duration pulses(low duty cycle),If there is any heat reduce pulse length or increase time between pulses,
4) use relay to switch circuit on and off powered from a seperate circuit so you can measure switching losses seperately. a relay uses the same amount of energy regardless of the load it is switching and handles voltage spikes better.
If you do this you will see the way this circuit is SUPPOSED to work.

[ResinRat2]

allcanadian,

Thanks for the input. I've come to the conclusion that after reading what you posted, I'm out of my element  and am going to stick to Chemistry.

No sense wasting my time and rehashing what is already known.

Eyes up everybody. Read what he has to say and don't get hurt.

Good luck all.