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fashion as opposed to a conventional random or orthocyclic winding. Such a design is of interest in superconducting motor and generation technology, though comparatively little research has been done on the subject. An important and remarkable feature of helical armature windings is that they have no
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An advantage of helical armature windings in superconducting generators is that they have higher VA ratings, lower armature resistance, and lower synchronous reactance. Future superconducting generators would benefit from a helical winding because due to the absence of active and end zone it can be
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supported uniformly, unlike a conventional winding. There is a <10% loss in motor flux though, but this would be compensated for by the various advantages in this design.
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115:"Analysis of helical armature windings with particular reference to superconducting a.c. generators"
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Motors of helical armature design have a lower winding resistance, allowing the motor to run more
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motors. A disadvantage is that they have relatively low winding ratios.
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151:"Simulation Technology for Electromechanical Design : JMAG"
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IEE Proceedings C - Generation, Transmission and
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113:Anderson, A.F.; Bumby, J.R.; Hassall, B.I. (1980).
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47:An illustration of a helically wound
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179:Kirtley, James L. (May 1995).
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87:Coil winding technology
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149:Miller (2022-08-01).
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