Hi folks
good news
I just got a copy of the brochure made by Love and Stubblefield (with some notatinos in his own handwriting)
Thanks to the pogue Library at Kentucky State Univ. for this

http://www.overunity.com/index.php/topic,4455.480.html reply 505 and 506 will allow you to get it all. I had to make screen shots into pdf's. the prefixes are in order as they appear in the brochure. (1a-1j)

jeanna

My scope is mains powered,I forget the settings I had it on,but will set it up again and report back,I can get a about 1/3 volt and 1/3ma but can't seem to set up 2 pairs to double the volts,can increase the ma a bit to 1ma with about 4 pairs.
happy hunting
peter

Quote from: petersone on May 15, 2008, 06:36:12 PM
My scope is mains powered,I forget the settings I had it on,but will set it up again and report back,I can get a about 1/3 volt and 1/3ma but can't seem to set up 2 pairs to double the volts,can increase the ma a bit to 1ma with about 4 pairs.
happy hunting
peter

I think per battery the volts will be determined by the electrode potential of the 2 metals iron and copper.
http://en.wikipedia.org/wiki/Table_of_standard_electrode_potentials

The amperage we can increase by using bigger wires or longer ones. Using longer ones may help the electromagnetism of the coil but to get higher amps we just need bigger electrodes (wires in this case).

We can connect in series the batteries to get more voltage or in parallel to increase the amps but I don't think it's necessary because we can up the volts by using the secondary like the patent suggests. If we want more power, just need to increase the amps of the primary enough to activate (open) the NC reed switch. Once that is pulsing then put a secondary around it and use induction to get whatever volts you need. Amps will always be determined by the amount of metal in the primary plates.

I have'nt looked at coils yet,I'm stiil trying to understand whats going on under the ground,but not getting very far!
happy hunting
peter

I made an earth battery cell  out of 10 12" galvanized spikes and THHN/THWN 12 AWG Solid Copper Wire wrapped around it. Each cell gets @ .90VDC but when I try to connect them in series to increase the voltage I  get the same voltage as if I ran them parallel. Anybody else experience anything like this?
Any suggestions?