pulse motor Working video and info

[tropes]

ooops. sorry :D too many burbons!

I find it interesting that Tim says push motors can only be hot current motors when the coils run dead cold. I dont fully understand it. He is right about manipulating the exotic state I believe. I might change the polarity of my coil and reposition the sensors to see if attraction can be more useful.

Ren
It may help to understand the "hot current motor" comment if you read it in it's entire context. If you go to the page
http://www.angelfire.com/ak5/energy21/adamsmotor.htm
About 1/4 of the way down there is a drawing of two Design Templates for simple Adams Motors. Under this drawing is a paragraph with the heading Magnets. It is the 4th sentence in this paragraph.
Peter

[Ren]

my understanding of his "hot current" is when the designer tries to gain mechanical performance via powerful repulsion from powerful cores.

"The negative impulse delivered by the pms rapidly decays to zero as soon as the timing switch is closed. Hence the larger your magnets, the longer the pulse duration required, the harder it becomes to obtain 'cold current.' However, too small a magnet, and no 'yaw to register' is manifested - ESSENTIAL for the generation of the negative impulse in the first place. Push only motors can only ever be hot current devices. "

I thought he was reffering to magnet size versus pulse duration, stating that a smaller magnet will require a smaller pulse, hence less negative impulse decay.

I have tried and you can attract the magnet with your coil and shut it off just before it reaches dead center. Momentum is enough to carry it through, much like Jasons motor only pulses twice for every four passes. I shall have to see if voltage output is higher or lower in this mode. Interesting.

[tropes]

I have tried and you can attract the magnet with your coil and shut it off just before it reaches dead center. Momentum is enough to carry it through, much like Jasons motor only pulses twice for every four passes. I shall have to see if voltage output is higher or lower in this mode. Interesting.

I believe that Jason's motor coil attracts the next rotor magnet as it repels the one at "dead center" since they are opposite poles (N-S-N-S). Your thoughts Jason.
This may also be a case where a flywheel would add to the momentum.
Peter 

[Ren]

yes thats true. If the magnets are positioned close enough then theres no reason why you cant benefit from the push and the pull. Good thinking. I think its a shame that the other end of the coil is doing the same thing, except theres no magnets benefiting from it. I think two rotors would be interesting, connected on the same shaft. One side could be in attraction the other in repulsion.

I have also read that the nsns configuration is superior to a single pole rotor

[Ren]

here  is a video I made. Making progress!

http://www.youtube.com/watch?v=qStF_wbz97Y