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所在平台: Udemy |
课程主页: https://www.udemy.com/course/advanced-practical-real-time-vector-control-of-pmsm-drives/
课程评论：没有评论
课程名称：PMSM场定向电机控制与FOC Simulink仿真 课程概述：欢迎参加“高级实际实时矢量控制PMSM驱动”课程，这是一个全面的Udemy课程，旨在为学员提供有效设计、仿真和控制永磁同步电机（PMSM）驱动所需的知识和技能。请注意，此课程针对具有稳固控制工程或电气驱动基础的学生，而非初学者。本课程不会逐步覆盖每一个数学计算，学员将面临复杂的计算任务，这对于掌握多输入多输出（MIMO）系统建模至关重要。对于初学者来说，课程可能会有一定挑战，且初始期望可能无法满足，反映在课程评分上，可能会影响讲师评分和课程总体感知。因此，建议新手在参加此高级课程之前，先加强基础知识。 对于准备好迎接这一高级旅程的学员，我期待着帮助你将技能提升到新高度！本课程将深入探讨控制器设计技术，使你掌握电力电子DC-AC变换器的脉宽调制原理、空间矢量PWM原理及使用空间矢量对PMSM机型进行建模的理论和实践。你将深入了解矢量控制或FOC控制器设计，并通过Simulink仿真深入体验这些概念的实际应用。 课程从对同步电机的控制导向建模入手，转到PMSM模型在固定参考和同步旋转参考框架中的详细阐述。还将探讨Park、逆Park、Clarke和逆Clarke变换，并提供关于永磁同步电机模型及其Simulink实验测试的全面知识。课程进一步介绍PMSM驱动的各种控制策略，并为扭矩控制、速度控制和位置控制的控制器设计提供扎实的理解。学员还将获得实时控制系统实现、带有实验验证的控制系统和硬件设计的宝贵见解，特别关注永磁同步电机驱动的控制器。 本课程着重于实际应用，理论与实践相结合，确保学员能够在真实场景中应用所学知识。我们的广泛Matlab Simulink仿真为你的学习旅程增添了动手实践经验，使其超越了纯理论研究。 不要等待，成为PMSM驱动设计、仿真和控制方面的专家! 今天就报名“高级实际实时矢量控制PMSM驱动”课程，获取有价值的知识和技能，并结合实际提示和实时实验验证。加入我们，提升你在PMSM驱动领域的理解和能力！
Welcome to "Advanced Practical Real-time Vector Control of PMSM Drives", a comprehensive course on Udemy specifically designed to equip you with the knowledge and skills to effectively design, simulate, and control Permanent Magnet Synchronous Motor (PMSM) Drives.Important note for all prospective students: This course on 'Advanced Practical Real-time Vector Control of PMSM Drives' is designed for those with a solid grounding in control engineering or electrical drives, not for beginners.It's essential to understand that not every mathematical calculation will be covered in a step-by-step manner. You'll be engaging with complex calculations as part of your tasks, which is crucial for mastering the modeling of MIMO (Multiple Input, Multiple Output) systems.A word of caution for beginners: the course might be challenging and may not meet initial expectations, which can be reflected in the course ratings, potentially affecting both the instructor's ratings and the course's overall perception. If you're new to this field, it might be beneficial to build a stronger foundation before embarking on this advanced course. For those who are ready for this advanced journey, I look forward to helping elevate your skills to new heights!This course will immerse you in the intricacies of Controller Design Techniques, allowing you to grasp the theory and practice behind the Pulse-Width Modulation of Power Electronic DC-AC Converters, Space Vector PWM Principles, and PMSM Machine Modeling using Space Vectors. You will also dive deep into the domain of Vector or FOC Controller Design, and experience the practicality of these concepts with hands-on Simulink Simulations for PMSM Drives.We start with a thorough understanding of Control-Oriented Modeling of the Synchronous Machine, and then transition into the detailed exposition of PMSM Model in Stationary Reference and Synchronous Rotating Reference Frames. This course also delves into Park, Inverse Park, Clarke, and Inverse Clarke Transformations, and offers comprehensive knowledge about the Model of Permanent Magnet Synchronous Machine, including its Simulink experimental testing.The course further educates you about various Control Strategies of PMSM Drives and provides a robust understanding of Controller Design for Torque Control, Speed Control, and Position Control of PMSM. You will also gain valuable insights into Real-time Control System Implementation, Control Systems with Experimental Validations, and Hardware Design, especially focusing on the Controller for Permanent Magnet Synchronous Motor Drives.Designed with a clear focus on practical applications, this course offers an optimal blend of theory and practice, ensuring that you are well-equipped to apply your learnings in real-world situations. Our extensive Matlab Simulink simulations add a layer of hands-on practical experience to your learning journey, making it much more than just a theoretical voyage.Don't wait to become an expert in designing, simulating, and controlling PMSM Drives. Enroll in "Advanced Practical Real-time Vector Control of PMSM Drives" today and gain valuable knowledge and skills, complemented with practical tips and real-time experimental validations. Join us to elevate your understanding and capability in the world of PMSM Drives.
