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  • 學位論文

複合型步進馬達磁路分析之研究

Analytical Study of Hybrid Stepping Motor With Magnetic-circuit Simulation

指導教授 : 劉宗平 博士
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摘要


現今科技的發展中,步進馬達扮演重要的角色,與其說馬達是小零件還不如說是關鍵零組件。傳統上對馬達性能的要求大都著重於連續性轉動的性能良好與否。經參考各式各樣有關步進馬達的書籍和文章之後,發現那些資料全都是在探討步進馬達的一般電氣特性,也都是建立在馬達的那些電氣特性上去改善步進馬達工作特性或步進角度誤差的工作。目前為止國內尚無文章完整地從磁氣特性去進行討論。有鑑於系統技術日趨微型化的今日,遂擬以磁路模擬的技術,分析步進馬達的結構設計與其性能間之關係,以探討步進馬達是否可進一步縮小化設計之基礎。這也是國內有關步進馬達研究的首度嘗試。 本論文將針對複合型步進馬達進行磁路分析加上實際量測,來探討步進馬達內部磁石對轉矩及步進角角精確度的影響,看看是否將步進馬達縮小化之可行性,進而提供一些步進馬達需改善的地方。

並列摘要


Abstract Stepping motor play an important role of the sciential life. Motor is the key component in all of the machine. Traditional we pay attention to continuous rotation performance of motor. After I read some books and reference material for the stepping motor, I discovered all the reference materials of stepping motor to discuss electrical performance. At present, we didn’t find out any articles talking about magnetic performance. In view of the system technology is more microminiturization. I proposed an approach with magnetic circuit simulation and found out the relation between structural design and performance of stepping motor. This is the first research about stepping motor in the Taiwan. In this thesis, I want to discuss the effect upon the inner permanent magnet of the motor and provide some advices to improve the performance of the stepping motor.

參考文獻


[4] Jackson, J. D., Classical Electrodynamics, Wiley & Sons, New York, Chap. 6,pp.66(1975)
[6] Lowther, D. A. and Silvester, P P., Computer-Aided Design in Magnetics, Spring-Verlag (1996)
[7] MagNet 5.2 version, Infolytica Corporation (1996)
[1] 陳連春 編譯," 步進馬達原理與活用要訣 ",建興出版社87年6月
[2] 許溢适 編譯," 步進馬達原理與應用 " ,全華出版社,83年5月

被引用紀錄


簡志榮(2001)。磁性編碼器充磁座之磁路模擬與分析〔碩士論文,元智大學〕。華藝線上圖書館。https://www.airitilibrary.com/Article/Detail?DocID=U0009-0112200611322390

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