Circuit setups for pulse motors

[tropes]

For all those out there looking to replicate this setup, I encourage you  endeavor to learn a better understanding of dynamic flow of electrons (virtual particle flux (within our time frame), particles that exist within our dimension and outside of it at the same time). Further more, one should look at wave functions( of virtual particles)  correlating to theses wave functions to fully realize the full potential of these motors/generators on everyday occurrences in our everyday appliances.
Jason

Hi Jason
I've been gone for awhile so save me the time of looking at all the posts I've missed and give me a starting point to educate myself in "dynamic flow of electrons". A good website or tutorial would be good.
Tropes

[Ren]

Welcome back tropes. I dont know if this is related to Nastrands post at all but I found this page to be of particular interest.

http://www.icehouse.net/john1/index11.html

Some interesting stuff there on Negative resistors and the inner workings of batteries. Hows the motor coming along?

[gotoluc]

Hi guys,

I've been reading in the background for about a month now and now would like to play with you guys too.

One good site to read up on would be:  http://www.cheniere.org/books/part4/s02.htm  just click the next at the bottom to keep reading.

I also now have 4 Pieces of 2" x 1" NdFeB Neodymium N50 Disc Magnet and would like to build the Jason Motor/Generator to start that river flow of electrons.

I live in Ottawa, Ontario, Canada

Thank you all for your great work

[Ren]

awesome. Lets get it flowin! I'll have some test results to post in the next few days.

[Nastrand2000]

@ gotoluc,
The easy way to replicate this motor is to start with the rotor (where the magnets will be placed). I suggest a 2 inch cube of wood. It must be a perfect 2 inch diameter. Center drill the wood to fit a 5/16 allthread shaft to fit into skate bearings. After that you will need at least two 1/4 pound of 24 or higher gauge wire spools. BIfialar wind them for your driving and collecting coils. You will also need several switching diodes, a tip3055 or (2n3055 transistor...but the tip3055 works better) to fire the coil. My resistance is set at around 2k ohms. So you will need a 1.5k ohm resistor with a potentiometer inline with the 1.5k ohm resistor to find the "sweet spot" of your coil. Hope this helps and good luck.
Jason