@all,
Just posting a couple of circuits on how to connect the Stubblefield Coils in Series or Parallel.

It's similar to doing the same with ordinary battery cells etc.

3791 = Stubblefield Coils connected in SERIES
3792 = Stubblefield Coils connected in Parallel.

In series, the voltage rises
In parallel, the current increases

If you use a combination of both, the Voltage and Current rises.

jim

electricme, I am sorry I didn't state myself correctly. I was talking for each layer if they were layered from top to bottom then from bottom to top and carry on till your layers are completed or do you continue to run from top to bottom for each layer? If you run each layer wrapped in the same direction, then each layer is in parallel.

@McGiver30

All layers in one coil are working as one single electrolythic pair. No matter, how, in which direction they are wound.

To get series connection, you must isolate one pair from other. When you do this with ordinar isolation materials, you get batteries, that work for short time. Non-isolated coils work much longer. You can get serial-like connection, if coils are buried far enough from each other. For paralel connection distance is not needed, as they all make one large battery.

Regards,

K

I don't mean to sound stupid but from what I gather you say it does not matter how you wind the coils that it all acts as one electro magnet. Then I am just a crack pot with faulty equipment. Thanks for the time to respond.

McGiver30.....I don't think anybody is calling you a crackpot......just trying to give some insight .....the beauty of sites like this is to suggest something ,...that you believe to be true ,might not be what it seems to be........if the meter tells you one thing ,but the math tells you something different............this and other sites are the perfect place to find out why.........I still have'nt found the answer as to why I can have 24 volts.....but won't run a 3 volt motor.............time is better spent trying to resolve , rather than arguing............shylo