Synchronous Permanent Magnet Machines
A permanent magnet and machine technology, applied in the direction of magnetic circuit, electromechanical device, magnetic circuit shape/style/structure, etc., can solve problems such as synchronous permanent magnet machine torque ripple
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[0013] figure 2 A permanent magnet pole is shown having a flat base 11, a top surface 12 and parallel opposite sides 13a, 13b. The top surface 12 includes a flat central region 14 intermediate between opposing sides 13a, 13b and curved side regions 15a, 15b on either side of the flat central region 14. The curved side regions 15a, 15b meet the flat central region 14 at locations 16a, 16b.
[0014] The curved side region 15a comprises an arc of a circle 17a having a center "O1" and a radius "r1". The center O1 is offset by a distance "d1" on one side of a line 19 that (i) intersects the central region 14 of the base 11 and top surface 12 at right angles and (ii) is midway between the opposite sides 13a, 13b. The distance d1 is equal to the distance along the central region 14 between the straight line 19 and the location 16a where the central region 14 meets the curved side region 15a. The distance between the center O1 and the position 16a is equal to the radius r1. The c...
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