直流电机

通过对无刷直流电机转子位置检测研究，提出了以TMS320F2407芯片为内核的综合转子位置检测方法。

Based on the study of rotor position detecting of brushless DC motor , an integrated rotor position detecting method based on the TMS320F2407 DSP chip was proposed in this paper .

将直接自控制方案应用于无刷直流电机的调速系统中。

The direct self control was proposed to brushless DC motor drive system .

BP网络在无刷直流电机参数辨识与控制中的应用

Identification and Control of Brushless DC Motors Using BP Neural Networks

基于DSP实现负载换流无刷直流电机驱动系统

Load Commutated Inverter Brushless DC Motor Drive System based on DSP

无刷直流电机的神经网络PID控制及其仿真

The neural network PID controller and simulation to brushless DC motor

无刷直流电机的自适应模糊PID控制器设计

Design of Fuzzy PID Controller Used in the Brushless DC Motor

模糊PID控制器用于直流电机的控制

Study of Fuzzy PID Controller in Control of DC Motor

基于单片机PID算法的直流电机测控系统

Measurement and Control System of Direct Current Electromotor Based on PID and SCM

FPGA在直流电机调速中的应用

Application of FPGA in Speed-control of DC Motors

本课题设计了一个基于ARM的嵌入式直流电机转速监控系统。

This article designed an embedded system of DC motor speed control which based on ARM .

无刷直流电机PWM调制方式研究

Study on PWM Modulation Mode of Brushless DC Motor

利用DSP实现了对计算机硬盘中的无刷直流电机的控制。

Finally , the motor in a type of computer hard disk is run by DSP controller .

直流电机伺服驱动开关电源的EMI滤波器设计

Design of EMI Filters of Switching-mode Converters for DC Motor Servo Drive

采用人工神经元网络理论则可以有效地解决计算的准确性与计算量之间的矛盾。本文利用改进的Boosting算法构造了多神经网络集成的预测模型，对无刷直流电机的反电势进行了准确预测。

The contradiction between precision and quantity in calculation can be resolved effectively by using artificial neural network .

本文采用数字信号处理器（DSP）对城轨牵引用的大功率稀土永磁无刷直流电机进行全数字控制方式的研究。

Brushless direct current motor drive system based on DSP in the draw motor of track vehicles is researched by digital control manner in the paper .

初步探讨了无线遥控发射机、接收机的工作原理和新型H桥电路对直流电机正反转的控制。

A pilot study is showed with the principium of sending set and receiving set for non-wires remote control and with direct current motor 's both direction control with H-bridge .

完成了直流电机驱动电路的设计，包括原理图的绘制，PCB的绘制、加工以及焊接。

Completed the design of DC motor drive circuit , including schematic drawing , PCB drawing , machining and welding . 3 .

介绍了本系统中电子节气门的机构和驱动单元设计，尝试用类似经验算法的增量型PID控制算法对节气门直流电机进行控制。

The structure and drive unit of electronic throttle are introduced . And increment PID control method like experience arithmetic is adopted to control the throttle DC motor .

设计了基于DSP数字控制方式的集电动、发电于一体的混合动力轿车用稀土永磁无刷直流电机的控制系统；

Integrating electromotor and generator , a rare earth permanent magnet brushless direct current motor ( REPM BLDCM ) control system based on DSP in the HVC is studied .

VCD用直流电机噪声的在线控制

Online Control on DC Motor 's Noise of VCD

介绍一种新型的主要由AVR单片机8535和L298驱动构成的直流电机PWM调速控制器。

A PWM speed controller of DC motor using AVR microcontroller 8535 is introduced in this paper .

提出了基于BP网络的无刷直流电机相角控制技术，将实验数据作为训练样本进行离线训练，网络收敛后用作在线控制。

Thus the BP neural network based phase control method is presented , in which experimental data is applied to train BP neural network in off-line way and afterwards converged network to control on-line .

在分析无刷直流电机（BLDCM）数学模型的基础上，建立了控制系统的仿真模型，提出了一种新型的模糊PI智能控制方法。

Based on the mathematical model of BLDCM , a novel fuzzy PI intelligent method is proposed for controlling the speed servo system .

建立基于数字信号处理器（DSP）的高性能全数字闭环控制系统，并提出了无刷直流电机的控制策略。

HIGH-PERFORMANCE AND COMPLETELY DIGITAL CONTRL SYSTEM in closed loop is established on the basis of digital signal processor ( DSP ) and a control strategy with the application of brushless DC motor is put forward .

在现代交流伺服系统中，矢量控制原理以及空间电压矢量脉宽调制（SVPWM）技术使得交流电机能够获得和直流电机相媲美的性能。

In todays AC servo system , the vector control theory and SVPWM technique make the AC motor can achieve the performance as good as DC motor .

把一种直流电机PWM调速芯片应用到此系统中，使得控制方法简便，应用范围增强，同时可以利用单片机设定距离值和输出控制信号。

ADC motor PWM velocity regulation chip is used in this system , making the control method simpler and application range wider . The distance and output control signal can be set up by MCU .

根据传导干扰测量原理，结合换向模型和电机EMC高频仿真模型，建立了直流电机传导干扰的电路数学模型。

According to conducted interference measurement principle , combined with EMC for high frequency to the model and simulation model , DC motor conduction disturbances established mathematical model of the circuit .

提出一种带自调整函数的模糊控制器与二元函数的Lagrange插值算法相结合的控制算法，并将该算法应用于直流电机调速系统。

A control algorithm , which combines the fuzzy controller with self-adjusting function with the binary function Lagrange interpolating algorithm and is used in a DC motor speed-regulating system is discussed .

介绍了8098单片机控制的脉宽调制（PWM）电子换向器在无刷直流电机调速系统中的应用。主要介绍了绝缘门双极晶体管（IGBT）逆变器的触发电路和驱动电路。

The application of PWM electronic commutator to be controlled by 8098 singlechip microcomputer to brushless DC motor drive system was introduced with focus on the trigger circuit and drive circuit of IGBT converter .

针对全转速范围，提出了基于BP网络的无刷直流电机转矩角控制技术，将实验数据作为训练样本利用动态全参数自适应学习算法进行离线训练，网络收敛后用作在线控制。

Therefore , the torque angle control method based on neural network is presented , in which experimental data is applied to train BP neural network in off-line way using dynamic self-adaptive learning algorithm , and afterwards converged network to control on-line .