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电机拖动中变频调速技术的实际应用分析 被引量:5

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摘要 本文主要对电机拖动中变频调速技术的实际应用进行了分析,在了解了变频调速技术以及电机拖动中变频调速技术的应用的基础上分析了变频调速技术的合理性和可靠性。
出处 《中国新技术新产品》 2014年第20期19-19,共1页 New Technology & New Products of China
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  • 1XU X, DE DONKER R W. A stator flux oriented induction motor drive[ J ]. Conf Rec IEEE/PESC, 1988,2:870 - 876.
  • 2GIUSEPPE GUIDI, HIDETOSHI UMIDA.A novel resistance estimation method for speed-sensorless induction motor drives[J].Transactions on Industry Application IEEE,2000,36(6):1619-1627
  • 3COLIN SCHAUDER. Adaptive speed identification for vector control of induction motors without rotational transducers[A].In Conf Rec IEEE-IAS Annu Meeting[C]. San Diego: IEEE Press, 1989.493-499.
  • 4FUJITA K. Instantaneous speed detection with parameter identification for AC servo systems[ J ]. IEEE Trans Industry Applications, 1992,28(4) :234 - 237.
  • 5BOSE B K. High performance control and estimation in ac drives control and Instrumentation[ J ]. IEEE Ind Applicat,1997,2:377 - 385.
  • 6YAMADA T, MATSUSE K, TSUKAKOSHI M,et al. A determining method of flux level for deadbeat flux level controlled direct field oriented induction motors using adaptive flux observer[ A ].Proc IECON'94[C]. Bologna: IEEE Press, 1994. 282- 292.
  • 7WASYNCZUK O, SUDHOFF S D. A maximum torque per ampere control strategy for induction motor drives[ J ].IEEE Tram Energy Conversion,1998,2:163 - 169.
  • 8KIM S H, SUL S K. Voltage control strategy for maximum torque operation for induction machine in the field weakening region[ J ]. IEEE Trails Ind Power Electron, 1998,1: 134- 141.
  • 9ZHANG CHENGHUI. Design and application of nonlinear feedback control system for SPWM inverter fed induction motor drive[A]. Li Botian.Proceedings of The IEEE International Conference on Industrial Technology[C].Guangzhou: South China University of Technology Press, 1994. 524- 527.
  • 10LOWERY THOMAS F, PETRO DAVID W. Application considerations for PWM inverter-fed low-voltage induction motors[J].IEEE Trans Ind Applicat, 1994,30(2) :286 - 293.

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