Nathan Stubblefield Earth battery/Self Generating Induction Coil Replications

[wintermuteai1]

@conrad
Actually it will help you in reading the entire thread because you can then make notes and intuitive leaps of your own based upon all the information as a whole. At times I will even go back just to find a particular post because it relates to something else I was thinking about. Welcome to the forum, I myself am relatively new around here as well. It's best to just ignore anything you feel is "Eccentricity" in others. Most here are bound to be Eccentric It's the nature of brilliant minds. Just weed the wheat from the chaff and "keep on truckin" as they say.

[IotaYodi]

but I betcha the  magnetic collapse of the core is more important than the thickness of the wire.

Absolutely right. If the em field doesnt collapse properly then current cant be induced into the coil. Larger wire just produces more current and a larger magnetic field from the collapse. Without a soft iron core its just a paper weight. You cant have the core turn into a permanent magnet.
Nice work on the Pic Conrad. 

[electricme]

@ Jeanna and IotaYodi
Yes so true and up to a point.

Absolutely right. If the em field doesnt collapse properly then current cant be induced into the coil. Larger wire just produces more current and a larger magnetic field from the collapse. Without a soft iron core its just a paper weight. You cant have the core turn into a permanent magnet.
Nice work on the Pic Conrad.

You will find when the stubblefield coil is working, you will be limited in what you can drive with it, if it is a small coil.
Using larger crossectional area iron and copper wires will in turn allow you to run larger devices.

It's well known if you want more power to drive a big electric motor, then you need a bigger generator, look inside the thing, examine the size of the output wires, weather they be, mounted on a rotating armature with slip rings, or wound in a stationary stator, then you will see what I am talking about.

But one thing is apparent to me, on the secondary (the copper coil wound over on top of the Bifilar wires) the more turns you put on the stubblefield coil, the higher the output, if the copper wires are of a larger size, the more power (grunt) is avaliable.
So you will need to tune the secondary, less turns, lowers output voltage, more turns raises the voltage.
Thicker wires raises the wattage, or amperage out, devices need a mixture of volts amd amps to work correctly.
But you carnt do this before the Bifilar coil section is working properly, Lasersaber is very close to the mark, there are others getting some good results too.

You carn't run a 1,000 watt toaster on a 500 watt generator, the gennie will burn out first every time.
Then once again I am getting way ahead of everyone.

jim

[electricme]

@ conradelectro,

Thanks for resending the second JPG at the top of this page, well done.

Send me a email please Conrad, I carn't PM you as it won't open properly here, as my satellite lag times interfeers with the OU forum and wont improve until I get back my prime time.

Thanks.
jim

[IotaYodi]

You carn't run a 1,000 watt toaster on a 500 watt generator, the gennie will burn out first every time.

Standard "hot" electricity for sure. But if the NS coil is using "cold" electricity as some suspect it may be possible to run larger currents in smaller wires without heating up the wires. Wont know that till there is a working prototype. It would be outstanding if we could even get a JT to work with it. Remote locations could have at least light then.