In Reply to: RE: What about the push-pull magnets in the 20 series Maggies? NT posted by MaggiesAndCats on November 13, 2021 at 14:10:13:
It would, assuming you had more flux density as a result of the extra magnets. The 20.X design is superior in this aspect. No doubt about that.
If you manufactured something that was symmetrical in motor structure, but had half the magnet (on either side) relative to an asymmetrical scheme with the (overall) same magnet, it would be very similar in operation. However, the distortion makeup would be different.
But, in this case you might find, subjectively, that many folks would prefer the asymmetrical layout. :)
Dave.
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Follow Ups
- RE: What about the push-pull magnets in the 20 series Maggies? NT - Davey 14:32:31 11/13/21 (11)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - MaggiesAndCats 17:01:22 11/13/21 (3)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - Davey 17:46:29 11/13/21 (2)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - MaggiesAndCats 18:15:36 11/13/21 (1)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - Davey 18:42:37 11/13/21 (0)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - pictureguy 15:24:09 11/13/21 (6)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - Green Lantern 05:02:35 11/14/21 (0)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - Davey 17:51:17 11/13/21 (4)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - pictureguy 21:13:30 11/13/21 (0)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - pictureguy 20:31:37 11/13/21 (2)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - Davey 22:02:49 11/13/21 (1)
- RE: What about the push-pull magnets in the 20 series Maggies? NT - pictureguy 22:18:10 11/13/21 (0)