Electric Motor Design Notes: Difference between revisions
Jump to navigation
Jump to search
m (Marcin moved page Electric Motor Design to Electric Motor Design Notes) |
No edit summary |
||
| Line 7: | Line 7: | ||
*Fast solenoids for valves. | *Fast solenoids for valves. | ||
*How do you design a magnetic coil for optimal performance? When do you reach saturation? | *How do you design a magnetic coil for optimal performance? When do you reach saturation? | ||
*Permeaability - resistance of a material to magnetization. [Electric Motor Design] | |||
*Coulomb - SI unit of charge, about E19 fundamental charges. | |||
*Amp - one coulomb of charges flowing per second | |||
=Links= | =Links= | ||
*[[Electric Motor Design Guide]] | *[[Electric Motor Design Guide]] | ||
Revision as of 19:04, 10 May 2020
- Permanently magnetized electromagnet - energy requirements?
- Is an electromagnet stronger than permanent magnet? Electromagnet and Magnet Strength Comparison.
- Stator cores, connectable via etrminals, in series for high torque on high V
- Square form factor for sidewise scalability, easy package. Hang a bunch of rotors on a common rail. Increasae size.
- Max rotation speed of ABS or PVC disk or polycarbonate disk
- 3D printed + metal composite hydraulic valves - structure calculations with plastic thread-in
- Fast solenoids for valves.
- How do you design a magnetic coil for optimal performance? When do you reach saturation?
- Permeaability - resistance of a material to magnetization. [Electric Motor Design]
- Coulomb - SI unit of charge, about E19 fundamental charges.
- Amp - one coulomb of charges flowing per second