作者: Marco Santececca , Lino Di Leonardo , Marco Tursini
DOI: 10.1109/EDERC.2014.6924386
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摘要: This paper shows how a real-time simulation can be applied for rapid prototyping of an unconventional current regulator in electrical drives. The case study refers to permanent magnet synchronous motor, with field oriented speed control algorithm arranged the rotor fixed d-q frame. novelty introduced this scheme is represented by use novel PI regulator, formerly called multivariable. has some additional features, like capability conduct machine into flux-weakening operating area. In system, based on TMS320F2812 microcontroller, actual motor replaced proper model running controller, while implemented as application. demonstrates simplicity proposed approach, leading sure save time during testing and troubleshooting action.