搜索资源列表
bujindianji
- 步进电机运行系统控制设计,步进电机驱动原理是通过对它每相线圈中的电流的顺序切换使电机作步进式旋转,驱动电路有脉冲信号来控制,所以调解脉冲信号的频率变可以改变步进电机的转速,因此微电脑控制步进电机最合适。
bldcm
- 所建立的无刷直流电动机系统的Simulink仿真模型图,功能模块包括:逆变器模块、电源模块、换相逻辑模块、PWM信号产生模块、电动机本体模块、转速测量模块和磁极位置测量模块。-Established by the brushless DC motor system in Simulink simulation model diagram, function modules include: inverter module, power modules, logic modules for pha
v--n
- 车速变转速,适合刚学习labview的汽车朋友-Speed variable speed for just learning LabVIEW vehicle friends
RD_on_Sensorless_Control_Technology_for_Brushless_
- 无刷直流电机无位置传感器控制技术的研究(博士论文)无刷直流电动机利用电子换相代替机械换相,不但具有直流电动机的调速性能,而且体积小、效率高,在许多领域已得到了广泛应用。采用无位置传感器控制技术之后,不但克服了外置式位置传感器的诸多弊病,而且进一步拓宽了无刷直流电机的应用领域。目前,无刷直流电机无位置传感器控制已成为无刷直流电机控制技术的发展方向。 本文纵观了无刷直流电动机的兴起、发展与现状,概括了无刷直流电动机无位置传感器控制技术的现有水平及存在的问题,以研制、开发全直流变转速空调产品为依托,从
temp-motor
- 基于89C51F020系列单片机进行开发,实现使用温度传感器18B20检测温度变化,然后控制直流电机转动,温度越高,电极转速越大,温度降低,转速变低,详细内容见压缩包内说明文档。程序调试通过并在实验箱上仿真成功-MCU-based development 89C51F020 to achieve the use of temperature sensors detect temperature changes 18B20, and then control the DC motor rotati
cbujidainji
- 步进电机是将电脉冲信号转变为角位移或线位移的开环控制元件。在非超载的情况下,电机的转速、 停止的位置只取决于脉冲信号的频率和脉冲数,而不受负载变化的影响,即给电机加一个脉冲信号,电机 则转过一个步距角。这一线性关系的存在,加上步进电机只有周期性的误差而无累积误差等特点。使得在 速度、位置等控制领域用步进电机来控制变的非常的简单。为此, 51测试网在腾龙开发套件中首次引入 了步进电机技术,方便用户应用掌握。-Stepper motor is the electrical pulse
BLDCM
- 无刷直流电动机模型 包括:逆变器模块、电源模块、换相逻辑模块、PWM信号产生模块、电动机本体模块、转速测量模块和磁极位置测量模块。-Brushless DC motor model includes: inverter module, power module, commutation logic module, PWM signal generation module, motor body module, speed measurement modules, and pole posi
MOTOL-SPEED
- 基于C8051F020的电机测试例程,通过采集跳变沿来计数,并进而算出电机的转速。-C8051F020 based on the motor testing routines, through the acquisition jump to change along to count, and then calculate the speed of the motor.
motor_ClosedLoop
- 无刷直流电机转速电流双闭环仿真。逆变器、电机模型都是自建的,仿真精度较高。输出相电流为标准的方形波-The model is a speed-current dual-loop based simulation of BLDC. The inverter and the motor model are all built myself with high simulation accuracy. The output phase current of the motor is a standar
update1
- 搭建永磁同步电机的直接转矩控制仿真模型 1,实测电流经过3/2变换得到alpha-beta轴上的电流; 2,估计模块中包含定子磁链和电磁转矩的估算,其中,定子磁链观测是采用基于转子位置和定子电流的磁链估计,电磁转矩直接在alpha-beta轴上计算; 3,转速调节模块和转矩调节模块直接采用PI调节器; 4,预期电压矢量估计模块,根据k时刻的磁链幅值与相位和k+1时刻的磁链幅值和相位计算出来的; 5,SVMPWM是空间电压矢量调制模块,实现空间任意角度任意大小的电压矢量,从而控
order-track---prg
- 本程序可以实现变转速工况下对测取的信号实现重采样阶次跟踪分析。-The program can achieve variable speed operating conditions to achieve the measured signal taken resampling order tracking analysis.
speed_change_voltage
- 针对电机的变压调速系统的变转速调压的simulink模型-The variable voltage speed control system for motor variable speed regulating the simulink model
Gas_Turbine
- 该燃机模型包括压气机、燃烧室、透平、转子、控制器等模型部件,实现了变负荷过程中,燃机转速调整的目标-The model includes gas turbine compressor, combustor, turbine rotor, controllers and other model components, to achieve a variable load process, the gas turbine speed adjusted target
slip_frequency_control
- 自己编的异步电机转差频率控制,逆变器svpm算法,转速码盘是1024,读者可以自己根据自己情况改变-Their series induction motor slip frequency control, inverters svpm algorithm, speed encoder 1024, readers can change according to their own circumstances
code_for
- 针对机械行业变转速零件如轴承,齿轮箱的故障诊断,采用阶次分析技术。程序针对变转速工况下的故障诊断。-Variable speed machinery industry parts such as bearings, gearboxes for fault diagnosis using order analysis techniques. Procedures for troubleshooting variable speed conditions.
VMD
- 基于VMD的机车滚动轴承故障,变转速的测量(Measurement of Rolling Bearing Fault and Variable Speed of Locomotive Based on VMD)
VMD优化
- 基于VMD的机车滚动轴承故障,变转速的测量,VMD的优化(Measurement of Rolling Bearing Fault and Variable Speed of Locomotive Based on VMD)
order
- matlab实现的阶次分析算法,用于变转速机械故障特征提取,可运行,包含寻找脉冲时刻,等角度时刻,数字跟踪滤波,样条差值等步骤(The order analysis algorithm realized by Matlab is used to extract the fault features of variable speed machinery. It can be operated, including the steps of finding impulse moment, equa
order
- matlab阶次分析,matlab实现的阶次分析算法,用于变转速机械故障特征提取,可运行,包含寻找脉冲时刻,等角度时刻,数字跟踪滤波,样条差值等步骤(Matlab order analysis, the order analysis algorithm realized by MATLAB, is used to extract the fault features of variable speed machinery. It can be operated, including findin
12
- matlab实现的阶次分析算法,用于变转速机械故障特征提取,可运行,包含寻找脉冲时刻,等角度时刻,数字跟踪滤波,样条差值等步骤(The order analysis algorithm realized by Matlab is used to extract the fault features of variable speed machinery. It can run, including searching for pulse time, equal angle time, digit