I'm not one to get prematurely excited...but can someone explain this

[Cap-Z-ro]

Nope...thats how it seems to work ??

Sure hope somebody will find an application for it besides charging batteries.

I'm wondering if a scaled up version could actually send excess ac current back into the grid ?

Regards...

[Spider]

Are you the new Daniel Pomerlou?

[resonanceman]

Capt Z

Have you been studing   Daniel Pomerleau ?



It looks  to me that the only thing that your circuits  have in common  for sure is  they both  have something  with inductance  between 2 caps .
Maybe a  battery too ...... but  maybe not because  in one of the circuits  the battery is not fully conected .


gary 

[Feynman]

Can you post the capacitor values and voltage tolerance?  Also, what kind of transformer is this (1:1?)

Thanks

[Cap-Z-ro]

@ Gary...with a few exceptions I havent' run across too many that looks at things the way I do...plus I read a lot and taking theories and inspiration from all...even yourself, and some others on here.

As a result, a lot of things are rolling around in my head...this battery thing has been perculating since I read of the vague concept/claim of "splitting the positive" a few years back.
...


Something happened to my trans charger while I was out.

When I turned my meter on, the numbers on read 18.53 vdc, the numbers on screen began to  fade and disappeared.

I took the battery out and tested it with my new meter...it read 6.63 vdc.

The charging battery had dropped to 9.05 vdc.

Now I'm thing a low meter battery had produced the effect.

That may be the case, but not entirely...I then put the 6.63 vdc battery on the charger...40 minutes later it reads 7.75 vdc.

Now its a waiting game.

I think I will also have to drain a battery down to 6vdc - discharge the caps...and do another test from square one.

...

The size of the caps does not seem to matter as I just grabbed them randomly.

One reads 16v-2200uf...the other reads 16v-3300uf.

The transformer 2789-530-010
                            K161 '-TK