:) Идея для модификации, такого еще никто не делал - распилите ось пополам что бы изолировать две половины. Подайте напряжение на эти две оси. Для коммутации обмоток используйте герконы.
Pop Rivet Copper brushes to the base, put o rings on the commutator ends and epoxy. Put a turbine fan on the shaft between the brushes and the bearing made from a solid tin snipped every few mm and bend the sections at a 30 degree angle. that will run a column of air over the commutator in proportion to the speed of the motor and enable cooling and prevent the failure. It's a fancy toy science project to produce in the unique grain manner of production. :)
One thing to realize is a d c motors potentially a pulse. Because of the commentators. If you put capacitors on a dc motor That are the same ferrets as the coil has inductance. You can post it at just the right frequency to where it goes enormously faster.
I like it. Move the Neodymium magnets closer to the armature and try using the Neodymium DC brushed motor to spin a secondary armature through a weaker magnetic field (ceramic magnets). Compare the input power consumed vs. the output power of the generator that uses a weaker magnetic field.
High current arcing is the issue here. Thinner wire with more turns on coils. Higher voltage and lower current. A vacuum cleaner motor will be a good solution to see how to do it. Many for free on the side of the road.
Appreciate the work you are doing. Crazy glue and accelerator chemicals are highly endocrine-disruptive. Please try not to breath fumes or get it on your skin.
How about if we use a couple of roller bearings as brushes with sprung suspension or use sprung Carbon brushes so the Commutator does not wear out easily?
why we need motion if we have circuit breaker components from Arduino programming just make a potential difference so we found it from earth and magnetic fields and with very little supply of electric current we got some more potential difference like we give neutral
Why couldn’t you make another coil and make it produce the electricity to run itself? You ran it on a 1.5 volt battery., that’s a very easy amount to induce. Also, why not use carbon brushes like the ones used in power tools? There’s so much more you could do with this!
OK, did someone talk about the value of design? People are interested in knowing how it works. And there are still plenty of brushed motors around us today: in household appliances, in toys, and so on. Have you seen a household drill or jigsaw with a brushless motor? 😉
