I see your voltage going into the the 'electromagnet'? but could you describe your setup a little better so that this effect might be replicated in a college physics to better help explain the effect? Ive been very interested in experimenting with electromagnets of higher caliber than just copper wire and a battery...your help is much appreciated and will be credited!
There isn't enough room to describe much. I posted later videos showing this effect as well with a sphere magnet. This is a Bedini pulse motor with the magnet spinning as the rotor. Research 'Bedini Davro' to find the schematic, it will be easy to replicate. The circuit consists of a transisor, couple diodes, a few variable resistors and spool of two conductor wire...simple.
Yes, I showed the input voltage to the circuit on the video, 6.4 vdc. That being said the material demo-ed in the green cap will still spin within the magnetic vortex with the circuit shut off.
because metal is conductive the alternating magnetic field causes voltage in the metal which then shorts out creating a magnetic field which then acts on the spinning magnet causing the metal balls to spin...
I hope i explained that right...
It's the sam as if you slid a magnet down a sheet of alu... the alu crerates a magnet field slowing the magnet in it's fall...
I see your voltage going into the the 'electromagnet'? but could you describe your setup a little better so that this effect might be replicated in a college physics to better help explain the effect? Ive been very interested in experimenting with electromagnets of higher caliber than just copper wire and a battery...your help is much appreciated and will be credited!
butf1ad 1 year ago
@butf1ad
There isn't enough room to describe much. I posted later videos showing this effect as well with a sphere magnet. This is a Bedini pulse motor with the magnet spinning as the rotor. Research 'Bedini Davro' to find the schematic, it will be easy to replicate. The circuit consists of a transisor, couple diodes, a few variable resistors and spool of two conductor wire...simple.
retrod1 1 year ago
I assume you are inputing electricity in the coil ?
dan020350 2 years ago
Yes, I showed the input voltage to the circuit on the video, 6.4 vdc. That being said the material demo-ed in the green cap will still spin within the magnetic vortex with the circuit shut off.
retrod1 2 years ago
I see so you need a Bedini coil *.
dan020350 2 years ago
Not really. If you can spin the magnet fast enough (like a top) you should see the same effects.
retrod1 2 years ago
Sweet! Nixies and Simply Orange!
rayfriday2 2 years ago
show me the lead ball ;)
gazzaka 2 years ago
Very interesting effects there. I wonder if the al foil spinning inside, or near, a coil would induce any voltage? Great video!
Bill
Pirate88179 2 years ago
it's another example of lenz effect...
because metal is conductive the alternating magnetic field causes voltage in the metal which then shorts out creating a magnetic field which then acts on the spinning magnet causing the metal balls to spin...
I hope i explained that right...
It's the sam as if you slid a magnet down a sheet of alu... the alu crerates a magnet field slowing the magnet in it's fall...
comwarrior69 2 years ago
Certainly could be. I tried some brass tubing, that spun real easy. I tried my loose change, any coin will spin as well.
retrod1 2 years ago
copper should spinn REAL nice...
comwarrior69 2 years ago
Looks like metal has a very strong effect on the spin of your magnet. I am surprised about the brass ball spinning like it does.
marthale7 2 years ago