If your transistors are overheating, they are probably not fully switching on which means they need more drive current (assuming they are standard bipolar resistors)
Also you might wanna try using some smaller transistors to boost signal to your power/driver transistors if your using an optic/hall effect sensor. I think your problem lies more so in your timing. I haven't had a problem triggering anything with a optic/hall effect trigger..
ALSO, I almost forgot.. Try a small pull-down resistor on the output of your pickups if you haven't already tried it. That'll stop the transistors from slightly powering your coils while not triggered.
sounds/looks like your timing is not optimized yet.. Looks like you have a very long duration, hence creating noise when the rotor passes peak "pull" from the magnet and slowing the rotor down and/or pulling the rotor backwards from the timing being too "advanced". Try a shorter duration like 30-40 degrees or so. which will limit this effect and lower power consumption. Very nice setup! I'm going to have to start spending a little more money on my project.. =D
If your transistors are overheating, they are probably not fully switching on which means they need more drive current (assuming they are standard bipolar resistors)
betamale3 6 months ago
This has been flagged as spam show
Free Energy is real and its here but the coverup is strong, if u are interested in a REAL free energy magnet motor then
just go to LT-MAGNET-MOTORdotCOM and download the blueprints ,it is probably the ONLY working magnet
motor out there. Join the free energy revolution!!
offertorycardiacml 1 year ago
very good building there.
m3sca1 3 years ago
Thank you :)
This motor will run, it is only a matter of time. We just need to fix the small bugs.
Thanks
Jetijs 3 years ago
Even though it may not work, it looks like you spent alot of man hours on it and will probly learn i great deal from your mistakes,
keep it up great looking motor, 5star for the effort.
crob227 3 years ago
Also you might wanna try using some smaller transistors to boost signal to your power/driver transistors if your using an optic/hall effect sensor. I think your problem lies more so in your timing. I haven't had a problem triggering anything with a optic/hall effect trigger..
ALSO, I almost forgot.. Try a small pull-down resistor on the output of your pickups if you haven't already tried it. That'll stop the transistors from slightly powering your coils while not triggered.
klexn 3 years ago
sounds/looks like your timing is not optimized yet.. Looks like you have a very long duration, hence creating noise when the rotor passes peak "pull" from the magnet and slowing the rotor down and/or pulling the rotor backwards from the timing being too "advanced". Try a shorter duration like 30-40 degrees or so. which will limit this effect and lower power consumption. Very nice setup! I'm going to have to start spending a little more money on my project.. =D
klexn 3 years ago