基于STM32F407VE的磁浮轴承控制器的设计（英文）

Design of maglev bearing controller based on STM32F407VE

为了对传统磁浮轴承控制器的不足之处进行改进,设计了一种基于ARM的磁浮轴承控制器。该控制器能够控制5个维度使转子悬浮,同时能够及时调整10组电流驱动器。该控制器选用32位ARM STM32F407VE作为核心处理芯片,具有可靠性高,速度快的优点,精度能够达到0. 02 mm,运行稳定可靠。

In order to make some improvement to overcome the shortcomings of the traditional maglev bearing controller,a maglev bearing controller based on ARM STM32F407VE is designed in this paper.It can control 5 dimensions to make the rotor suspend and adjust 10 groups of current drivers in time.The controller selects the 32 bit ARM STM32F407VE as the core processing chip which has the advantages of high reliability and fast speed.The system can achieve the accuracy of 0.02 mm through experimental operation,which is operation is reliable and stable.Therefore,the high precision maglev bearing controller designed in this paper has a good application prospect.