• 作者： 馬雲龍
• 作者服務機構： 國立臺灣大學
• 中文摘要： 第一部分： 利用集中型線圈以微小電流而產生較大的磁通量，通過強導磁性材料所製成的靜子和轉子，則可產生磁阻轉矩。若加以磁通量變動序相的電源，其轉矩則可按序相的次序作用而使轉子以同步速度轉動。小型低電壓者因集中型線圈的自感係數之作祟製造困難，同時又因裝配等之困難，如今此型電動機尚未問世，但本文克服了種種干擾因素而設計成功，逐漸的邁進實用階段。 構造的簡單化，裝配的迅速化，成本的減少以及單位重量轉矩之增加等皆為之優點。第二部分： 有關數值控制計算機之設計，因本文是直接控制第一部分所述的數值電動機之操作，諸如速度控制以及方向控制等，在此謂之為數字控制器。
• 英文摘要： Part One A rcluctance torque would be produced by linking the stator and rotorwhich are made of strengthen magnetic material, with the magnetic fluxwhich is produced by conducting a small current in a wound type coil. Ifa variable sequence source is added, the reluctance torque will cause therotor rotate with synchronous speed in accordance to the performance ofsequence source. Because of the effect of self inductance of the woundedcoil, either the manufacturing or the equiping of such minitype motor is sodifficult that this type of motor has not appeared yet. In this paper we designthis kind of motor successfully by surmounting other inferences and come tothe appliance gradually. Part Two Instead of the design of Numerical Control Computer, this paper pursuedthe Digital Controller which direct control the mini-type digital servo-motorsuch as Speed control and sign control．
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