a.king:   Just how would you determine if there is any additional power coming from the ground? Instead of going to the ground, like is normally seen?

Quote from: NickZ on July 18, 2019, 01:57:24 PM
   a.king:   Just how would you determine if there is any additional power coming from the ground? Instead of going to the ground, like is normally seen?

Yes And wouldn't any gain be lost as it's pushing then pulling and then a circuit like that is hard to get going, have you ever tried it at high frequency as the big tesla coil becomes shorter
and then it has 3uf top load and no start up facility or recovery time or dump facility or time period have you a video showing it running would be nice to see.

Quote from: NickZ on July 18, 2019, 01:57:24 PM
   a.king:   Just how would you determine if there is any additional power coming from the ground? Instead of going to the ground, like is normally seen?

Hi Nick. If the supply battery is truly staying charged.  Determining how long to
run the test for depends on the Amp-hour rating of the supply battery and the current draw
of the circuit on the supply battery. The longer you leave the test running the better. There are
major variables in that circuit such as what values to use for L1, L2, L3 and C2.
Due to that, at this point, I wouldn't call this a replication. Just experimenting with a
general circuit arrangement approach. Still it is a relatively simple circuit setup (a kacher circuit),
so should be pretty easy for anyone who wants to experiment with it.

Quote from: Void on July 18, 2019, 02:20:29 PM
Hi Nick. If the supply battery is truly staying charged.  Determining how long to
run the test for depends on the Amp-hour rating of the supply battery and the current draw
of the circuit on the supply battery. The longer you leave the test running the better. There are
major variables in that circuit such as what values to use for L1, L2, L3 and C2.
Due to that, at this point, I wouldn't call this a replication. Just experimenting with a
general circuit arrangement approach. Still it is a relatively simple circuit setup (a kacher circuit),
so should be pretty easy for anyone who wants to experiment with it.

Yes rather you than me, how does it capture and store the energy with out any control?

Quote from: AlienGrey on July 18, 2019, 02:27:06 PM
Yes rather you than me, how does it capture and store the energy ?

Hi AG. I make no claims about OU there. I have experimented with this sort of thing
in the past. No luck on my part so far. It is not so different in general than one of Nelson's previous arrangements, I think. 
Looking at the circuit, charge is (hopefully) 'pumped' from the earth and accelerated through the windings of the output
transformer primary winding. The secondary of the output transformer connects back to the supply battery
via the FWBR.