exciting winding 中文意思是什麼

exciting winding 解釋
激磁繞組
  • exciting : adj. 1. 令人興奮的,使人激動的。2. 【電學】勵磁的。adv. -ly
  • winding : adj. 1. 卷繞的;繞線的,繞組的。2. 迂迴曲折的,蜿蜒的。n. 1. 卷繞起來的一盤(繩索等);卷繞動作;絡紗。2. 彎曲,紆曲;不正行為。3. 【采】卷揚,提升;【電學】繞組,繞法;線圈。
  1. In heaven, we also found long and winding slides in gold and silver colors. master played with us and it was really exciting and joyful

    天堂上還有又長又彎曲的金色及銀色的好玩的溜滑梯,師父跟我們一同玩著,好刺激好快樂!
  2. In this thesis, the mathematical model of transitional process is built up during salient - pole synchronous motors ( asynchronous starting based on the state equations under d - q frame, simulation model about asynchronous starting using matlab software is set up. it proves the novel exciting winding control way through analyzing and studying the simulation curves, and provides the best exciting in towards polarity way using " stator - electricity " during salient - pole synchronous motors ( asynchronous starting through analyzing the fault of traditional way to exciting

    通過分析d q軸系下的凸極同步電動機狀態方程,建立了凸極同步電動機異步起動過渡過程的數學模型。利用matlab模擬軟體建立凸極同步電動機異步起動模擬模型,通過模擬曲線分析、研究,證明本文提出的新型勵磁繞組控制方法的正確性,並通過分析傳統投勵方法的缺陷,提出了"定子電量法"實現凸極同步電動機最佳順極性投勵的方法。
  3. Considering the relations between idle load characteristics and armature winding parameters of the salient pole propulsive synchronous motor ( spsm ) with its structure, stator tooth and magnetic saturation, the analysis of numerical method for the back electromotive force calculation of spsm is given under various exciting current values

    摘要針對凸極式同步推進電機的空載特性及其繞組參數與電機結構、定轉子齒槽、磁場飽和等緊密相關的問題,分析了在不同勵磁電流下同步推進電機相反電勢的數值計算方法,提出了採用電機磁場能量微動法計算相繞組的參數,並對一臺十二相同步推進電機的繞組參數及其空載特性進行了計算和測量。
  4. Abstract : based on the classical theory, the harmonic winding potential of the tooth harmonic brushless exciting generator have been calculated and analysed. the results tally with the data of no - load test very well. it was demonstrated the designing thread of harmonic winding is correct

    文摘:從經典理論出發,對齒諧波無刷勵磁發電機的諧波繞組電勢進行了分析計算,其結果與空載實驗得出的數據完全吻合.說明諧波繞組的設計思路是正確的
  5. The thesis realizes the control exciting winding method and the best exciting in towards polarity method provided in this thesis with singlechip ( at90s8535 ) and scr hardware. it proves these methods are accurate and available through the control exciting winding test. analyzing the stator current and exciting current test curves on a salient - pole synchronous motor with 2kw - 4 poles, it solves the starting - difficulty of salient - pole synchronous motors, and improves motors " starting capability

    通過在一臺2kw 、 4極凸極同步電動機上進行異步起動試驗和分析試驗過程中的勵磁繞組電流和定子繞組電流的波形,證明了本文提出的勵磁控制線路的正確性和可行性,較好地解決了凸極同步電動機起動難的問題,同時改善了電機的起動性能。
  6. In this thesis, the basic operation theory of salient - pole synchronous motors is discussed ( based on the analysis of the electromagnetic relationship among stator winding 、 rotor winding and damper winding, the transitional process of salient - pole synchronous motors ( asynchronous starting, the thesis provids a novel control method and connection of exciting winding during salient - pole synchronous motors ( asynchronous starting

    本文論述了凸極同步電動機的基本運行原理,在分析了凸極同步電動機定、轉子繞組及阻尼繞組的電磁關系的基礎上,研究了凸極同步電動機異步起動的過渡過程,提出了一種新型的凸極同步電動機異步起動過程中勵磁繞組控制方法和線路。
  7. In this method, the similar inductance is used to extract the excitation current of ct, which, through some electronic circuits, turns into proper compensation current and is injected into the compensation winding. this current replaces the exciting current, so the error is reduced

    本文的實現方法是採用具有與電流互感器鐵芯相似磁特性的鐵芯製成的電感提取電流互感器的勵磁電流,將該勵磁電流經過一些電子電路的處理,產生補償電流,注入補償繞組,從而減小電流互感器的誤差。
  8. Brushless, winding insulation class h, self exciting, and self regulating. single bearing construction with drive from engine via a flexible disc coupling bolted directly to the engine flywheel

    採用單軸承, h級絕緣,自導通風,無刷旋轉磁場型,具有自動激磁及自動穩壓之功能並利用一可撓性的盤式耦合器而耦合於引擎的飛輪上。
  9. Auxiliary exciting winding

    輔助勵磁繞組
  10. The study in this thesis will provide reference in improving salient - pole synchronous motors " asynchronous starting capability and designing the control exciting winding scheme

    本文所作的研究工作,對凸極同步電動機異步起動的起動性能有所改善和勵磁繞組的控制設計方面的研究有一定的指導意義。
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