Self Charging Batery

[Rich sas]

recovery circuit

Hob, the toroid has 3 primary's on it. Each primary is being driven by a seperate channel from the board, so three coils, 3 fets, 3 recovery diodes. All of the cathodes of the diodes are common and hook to the input of the choke and the output of the choke go's to the cap. Yes I am collecting the energy in a seperate cap. Your math looks correct to me. Hope this helps.

Rich

[nilrehob]

Hob, the toroid has 3 primary's on it. Each primary is being driven by a seperate channel from the board, so three coils, 3 fets, 3 recovery diodes. All of the cathodes of the diodes are common and hook to the input of the choke and the output of the choke go's to the cap. Yes I am collecting the energy in a seperate cap. Your math looks correct to me. Hope this helps.

Rich

Thanks, that cleared up a few things for me.

Are you "only" collecting the off-spike from the coils, or is there an on-spike as well?
Do you know how he collects the energy into the driving battery in the video above?

/Hob

[Rich sas]

spikes

Hob, there really are no spikes. The choke removes most of that. So the energy charging the cap is most likely longitudinal in nature.

How he collects the energy shown in the video is done the same way that I am charging the cap.

Rich

[ashtweth]

Hob, If you read the Bob Boyce HYDROXY document you can see its longt wave from the Vacuum like Rich says, Tom Beardon also writes about it.

Ash

[samedsoft]

Great Work!