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A47
- 利用DSP控制直流无刷电机 直流无刷电机实际属于永磁同步电机，一般转子为永磁 材料，随定子磁场同步转动。这种电机结构简单，而且由于 移去了物理电刷，使得电磁性能可靠，维护简单，从而被广 泛应用于办公自动化、家电等领域。-use DSP Brushless DC motor control brushless DC motor is actually permanent magnet synchronous motor, general of the permanent magnet
CANBUSPMRUSHLESSMOTORCONTOR
- 永磁无刷直流电机控制CAN通信的系统设计-PMSM brushless DC motor
PMRUSHLESSMOTORCONTOR
- 永磁无刷直流电机驱动控制系统设计,全数字控制方案-PMSM driver and control system design
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- 永磁无刷直流电机控制技术Permanent magnet brushless DC motor control-Permanent magnet brushless DC motor control
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- Permanent magnet brushless DC永磁无刷直流电机控制技术应用-Permanent magnet brushless DC motor control technology
Infineon_XC167CI_application
- 英飞凌单片机XC167CI的应用，包括XC167问题集锦、开关磁阻电机、永磁同步电机、无刷直流电动机的控制应用-Infineon microcontroller XC167CI, applications including the XC167 problem highlights the switched reluctance motors, permanent magnet synchronous motors, brushless DC motor control applications
The-simulation
- 本文采用模糊控制系统分别在MATLAB与DsP中实现了对永磁无刷直流电机双闭环系统的凋速。文中首先建立了永磁无 刷直流电机的数学模-This article USES the fuzzy control system is realized in MATLAB and DsP respectively on the permanent magnet brushless dc motor double closed loop system of speed. In this paper, we
diandongqichediannenghuikuixitong
- 电动汽车电能回馈系统,本文以研制应用于电动汽车的数字化永磁无刷直流电机低速能量回馈系统为工程背景展开。着重分析了当永磁无刷直流电机低于其空载额定转速时电磁制动和能量回馈的原理，介绍了一种低速能量回馈制动的简单控制方法。-Electric vehicle electric energy feedback system, this paper to research and application of digital electric vehicle permanent magnet brushl
PWM-controlling-algorithm
- 空调压缩机变频控制算法，与直流无刷永磁电机相关，与节能相关。-PWM control algorithm of air-conditioner s condenser
原理图
- 这个是用STM32F103芯片控制低压无刷直流电机或者永磁同步电机的原理图，可以参考一下(This is the use of STM32F103 chips to control low-voltage brushless DC motor or permanent magnet synchronous motor schematic diagram, you can refer to)