Circuit setups for pulse motors

[Ren]

if you have had any shorts or mini explosions  its possible that your hall is fried. If not, check all connections again, especially the three hall pins, make sure they are all isolated. The only other way I know how to check is with another hall switch and transistor.... sorry. Also make sure your hall is rated for the voltage your using.

[tropes]

if you have had any shorts or mini explosions  its possible that your hall is fried. If not, check all connections again, especially the three hall pins, make sure they are all isolated. The only other way I know how to check is with another hall switch and transistor.... sorry. Also make sure your hall is rated for the voltage your using.

I've fried my share of Hall switches but the fried one's don't switch on. This one stays on all the time.
The Adams drawing seems to indicate that moving the generator coils around the rotor will change the amount of captured current. Any guess why?
  Peter

[Ren]

if it stays on I think its receiving too many volts. Try lower volts maybe?

As to the movement of the coils. I like to believe its a natural phenom. Look up the fibbonaci spiral, golden ratio etc, its rather interesting stuff. Seen all through nature. Thats about as far as my guess goes.

[Nastrand2000]

Also try putting a resistor inline with your hall or transistor to stop back current spikes.
Jason

[Nastrand2000]

I suppose somewhere here we should start talking about how "electricity" flows through a circuit. Current theory suggests that electrons flow from one atom to another. However, If you start to dig deeper into quantum electrodynamics, you will start to understand that the valence shell electrons are the ones we deal with in electrical flow (current or amps). The valence shell electrons are affected by a specific wavelength of photonic interaction from its neighboring atom. This interaction expands the valence shell of the outer electron of said atom. This expanded shell will collapse back to a stable orbit giving off a photonic wavelength corresponding to its shell collapse, thus giving its expanded energy to the next atom and expanding its valence shell. Everytime this happens there is some loss to the system. However, These losses can be redirected and captured. This is our end goal. Sorry if this sounds a bit complex, but hey we are trying to get a "free lunch" here. 
Jason