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首页> 外文会议>ICMIT 2005: Control Systems and Robotics pt.1 >Design and implement for control system of active magnetic bearings based on DSP
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Design and implement for control system of active magnetic bearings based on DSP

机译：基于DSP的主动磁轴承控制系统设计与实现。

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Magnetic-bearings, which support shafts with magnetic levitation rather than mechanical contact, have been in industrial use for decades. Recent technological developments, especially in digital processing and control, have made magnetic bearings a more-robust and cost-effective design solution than ever. The dynamic characteristic of electromagnetic bearing depends upon adopted controller; the active control can makes the electromagnetic bearings to realize complex control and special control. With the development of signal processing technology and modern control theory, the main parts of the control system are the digital signal-processing (DSP) electronics, a power supply, and amplifiers. An Active Magnetic Bearing (AMB) controller is mainly discussed in the paper, which is to be solved to realize this flexible control by hardware design based on DSP using TMS320C32 processor. It is proved by experiment that this kind of controller can optimize for this system, improve its stability and also have a very important referential value on the further study of AMB system.
机译：磁性轴承以磁悬浮而非机械接触的方式支撑轴，已经在工业上使用了数十年。最近的技术发展，特别是在数字处理和控制领域，使电磁轴承比以往任何时候都更加可靠，更具成本效益。电磁轴承的动态特性取决于所采用的控制器；主动控制可以使电磁轴承实现复杂的控制和特殊的控制。随着信号处理技术和现代控制理论的发展，控制系统的主要部分是数字信号处理（DSP）电子设备，电源和放大器。本文主要讨论一种主动电磁轴承（AMB）控制器，要解决该问题，需要使用基于TMS320C32处理器的基于DSP的硬件设计来实现这种灵活的控制。实验证明，这种控制器可以优化该系统，提高其稳定性，对AMB系统的进一步研究具有重要的参考价值。

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