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After the Discussison at the R. Adams Autogeneratorcoil, i start playing around with my Circuit.
This Circuit is a Basic Setup, how you can control and use BEMF on a pulsed Coil.
It looks only like the strong Arm from a whole Body.
There is more potential in, but i did not get other usefull Configuration out with it.
But wouldnt wait longer, maybe someone else have better use, as to wait..
I can push it with D2 the Power either to Minus or Plus Side.
When the Circuit dont work, turn D1 into the other Direction.
I had no Problems, when i had it connected wrong, it just didnt work.
The NPN can replaced by a Reedswitch or a Mosfet.
With a Reedswitch, you need to place it either 0°,90° or 45° around the Magnetfield or Rotor from the Coil.
I make a new Thread for this, because i think, that is really Basic.
There MUST be more Things, where you can use this Part of a Circuit.
I did connect first one Coil, then 2, and every Time, it did increase the Speed at my Rotor.
What i found out for now, is, you still need a Basic Power,
just fire the Circuit up wont create enough Force, to speed it up but it increase at Force.
And so far, i cant get V from it.
Maybe it works, when you do 2 Coils, and use one End for + and -
I got the first time once a max of 800V Spikes luckly and once 11A at my Meter for short, but they lie anyway ;D.
Circuit runs at 12V ~800mA with AWG 24 + 26, 3 Coils, about 400 Turns.
Thanks to all what are responsible for it.
This Circuit is a Basic Setup, how you can control and use BEMF on a pulsed Coil.
It looks only like the strong Arm from a whole Body.
There is more potential in, but i did not get other usefull Configuration out with it.
But wouldnt wait longer, maybe someone else have better use, as to wait..
I can push it with D2 the Power either to Minus or Plus Side.
When the Circuit dont work, turn D1 into the other Direction.
I had no Problems, when i had it connected wrong, it just didnt work.
The NPN can replaced by a Reedswitch or a Mosfet.
With a Reedswitch, you need to place it either 0°,90° or 45° around the Magnetfield or Rotor from the Coil.
I make a new Thread for this, because i think, that is really Basic.
There MUST be more Things, where you can use this Part of a Circuit.
I did connect first one Coil, then 2, and every Time, it did increase the Speed at my Rotor.
What i found out for now, is, you still need a Basic Power,
just fire the Circuit up wont create enough Force, to speed it up but it increase at Force.
And so far, i cant get V from it.
Maybe it works, when you do 2 Coils, and use one End for + and -
I got the first time once a max of 800V Spikes luckly and once 11A at my Meter for short, but they lie anyway ;D.
Circuit runs at 12V ~800mA with AWG 24 + 26, 3 Coils, about 400 Turns.
Thanks to all what are responsible for it.
,
) you'll have an endless supply of these springs 
but you can get around that by putting a wire down the middle of it and use the end of the wire as the contact 
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