Quote from: protonmom on February 04, 2010, 07:51:09 PM
It looks like 3 coils...two secondaries, and one primary.  And the secondary and primary are joined at the condenser???

Thanks for  posting that  Protonmom

It looks  to me like there  is only one  secondary .

And yes the primary and the secondary are connected to one  side of the cap.   ( that is clearly marked in your picture.)

I  would   say that   this circuit works just like a modern ignition  coil except  that  it  has the cap  and a magneticly controled switch.

If  I had an Stubblfield  battery to try it on  I would  connect  one end  of the primary and one end of the secondary to a normally closed read switch........The other end of the primary  is connected to the other end of the reed switch
A capacitor would  be connected to BOTH ends  of the reed switch
Your output would be  the other end  of the secondary.
I am not  sure  of the best way to close the circuit on the secondary......but it should not  be hard.

I think  this is  right.............but I could be wrong
I am still pretty new at this.


Some would say that you were spoon feeding   us by posting this.
I call  it sharing information ........
Aren't  you proud of me?........ I didn't bite  your spoon in  two or  chew your  fingers off or anything like that.




gary


Edit

If this works ......the reed switch will probably not last very long........a larger contact area would be needed for  any real  word power usage.

The screw adjustment  in  the pictrure could  be simulated by moving the  reed switch closer or farther from the core.

Because   the  primary of a Stubblfield  coil  is 2 metal bifilar ......I would hook it up like  a JT with one end  of the copper connecting the opposite end of the  iron.  then  the whole thing treated as a single primary
I remember Jeanna  saying that she throught  that the Stubblfield  coil was a JT.....if I am right.......she soon will  be proved right.
I didn't really see how much like a JT it was before...........but I do now     
The only real difference is  we are using  the pull of a magnet to interupt the flow of current with the Stubblfield ........and  a transistor  to control the flow with a normal JT.

I just saw this:

http://www.instructables.com/id/Quick-and-Dirty-Homemade-Reed-Switch/

The concept is well explained in an animation and to make one this easily will be a very helpful thing to know.

Thanks for the suggestion Gary and John ,

@heath

Quote
We are awash in a universe of energy in one form or another. We just have to figure out how to tap it.

Not only that but, what to do with it in the form it comes to us.
Spiky volts are great and some of us have been able to use them in a (so far) limited way.
I see you have joined us, and I welcome all sincere efforts to add to our ability to use the universal energy in the forms it comes to us. (= amps ain't the whole story  )

jeanna

Quote from: resonanceman on February 05, 2010, 02:27:35 PM
Some would say that you were spoon feeding   us by posting this.
I call  it sharing information ........
Aren't  you proud of me?........ I didn't bite  your spoon in  two or  chew your  fingers off or anything

give it a rest gary, you made your opinion known a while back, there is no need for you to keep picking at john to satisfy your ego.
no, i don't think proud would descibe it. disappointed or embarrased would be closer...

I just thought I would post more info on the two people that used this energy. I want to give as much information as I can post in Word Doc.
John B

John:

Thank you, I will download this right away.

Bill