完整扫描版高清《小型交流伺服电机控制电路设计》，不带书签

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无刷直流电机控制原理

STM32电机控制开发包完全版V5.5.1-5.Y.1，2021年5月3日更新。 STM32 Motor Control Software Development Kit (MCSDK) - FULL source code Main Changes Version 5.Y.1 of the Motor Control Software Development Kit (X-CUBE-MCDSK) is a bug fix release of version 5.Y.0. It fixes the following issues: Some Motor Control examples delivered with MCSDK 5.Y.0 would not configure DMA channels properly to work with the new Motor Control and thus with the Motor Pilot. Also, the baudrate of the UART port configured by examples is set to 1,8 Mbps, the same as ST Motor Pilot's default. ACIM motor based examples do not build on 5.Y.0. They build well on 5.Y.1. The descriptions of EVSPIN32F0x inverter boards delivered with the Workbench had wrong DC & AC voltage supply ranges. These have been corrected as follows: Inverter Wrong AC supply range Corrected AC supply range DC supply range EVSPIN32F02Q1S1, EVSPIN32F0251S1 20 - 120 Vac 15 - 120 Vac 20 - 170 Vdc EVSPIN32F06Q1S1, EVSPIN32F0601S1 50 - 280 Vac 35 - 280 Vac 50 - 400 Vdc EVSPIN32F06Q2S1, EVSPIN32F0602S1 50 - 280 Vac 35 - 280 Vac 50 - 400 Vdc EVSPIN32F06Q1S3, EVSPIN32F0601S3 50 - 280 Vac 35 - 280 Vac 50 - 400 Vdc Six-Step High Voltage examples based on the EVSPIN32F0251S1 inverter board were mistakenly not included into 5.Y.0 version. They are in 5.Y.1. The Pilot would fail to update registers values from the embedded application in some situations. In such a case, information like the motor rotation speed, status and error information would not display. Fixed issues with the DAC output feature. Added many signals to the Datalog and the DAC output features. Among them, the observers, encoder and Hall sensors angles. Running the motor in the negative direction on STM32F0 based designs with 1 shunt and Hall sensor configuration may trigger an overcurrent error. Fixed an issue found on ESC G4 and F3 inverter boards with Motor Control Protocol v2. Contents Components Version License Terms Release Note Utilities/PC_Software/STMotorProfiler 1.3.2

渣浆泵电机控制回路的改进.rar

以TMS320F28335 DSP作为核心控制器，提出三相8极无刷直流电机控制系统的设计方案。对主要硬件电路和软件程序做了详细设计，并给出了相应的电路原理图和程序流程图。其中转速调节算法采用改进单神经元自适应PID控制算法，通过自适应调整控制参数，提高了控制系统对环境的自适应性。通过实验可知：所设计的无刷直流电机控制系统是可行的，采用改进单神经元自适应PID控制算法可以使无刷直流电机的响应时间更短，超调量和波动更小。 　　0 引言 　　无刷直流电机是电力电子技术、微电子技术、控制理论和电机技术相结合的产物。具有启动时间短、启动转矩和制动转矩大、调速范围大、结构简单、噪声