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Diandongjitiaosu
- 在计算机上实现直流电动机的脉宽调速、双闭环晶闸管调速的Simulink仿真，可以较为形象的观察电动机的调速全过程，同时可以改变相关参数来实现不同情况下的调速过程。-The computer realization of the PWM DC Motor Speed Control, dual-closed-loop speed control thyristor Simulink simulation, the image can be observed the whole process of
LabCourse
- 双闭环直流调速系统matlabsimulink仿真-double loop control sys.simulation
Simulink-DC-motor-speed
- 基于Matlab-Simulink仿真的双闭环直流调速系统的设计与研究 如题,设计要求、设计公式及计算过程比较清晰,格式也是按照标准设置的,正文限于公式编辑的格式,排版不是太完美-Design and Research of Matlab-Simulink simulation of double-loop DC speed control system, such as the title, design requirements, design formulas and calculatio
text2
- 用Simulink中的SimPowersystem完成一个转速、电流双闭环直流调速系统的设计与仿真。采用三相桥式整流，平波电抗器Lp的大小可根据根据仿真调整。给出电机在空载启动，以及在2.5S后加额定负载时转速、电流、电压的变化曲线，并结合调速理论分析这些曲线。-With Simulink in SimPowersystem complete a speed, current double-loop DC speed design and simulation system. Three-pha
Fig6x16
- 转速 电流双闭环直流调速系统的仿真模型举例-For example the current double closed loop simulation model speed DC drive system
Motor-speed-control-system
- 采用转速、电流双闭环直流调速系统为对象来设计直流电动机调速控制器-Using speed, current double-loop DC speed control system for an object to design DC motor speed controller
weifenfufankui
- 加有转速微分负反馈的双闭环直流调速，可以减少超调量-Plus a two-speed differential negative feedback loop DC speed control, you can reduce the overshoot
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- 1.首先因为直流电机拥有很好的转速可调节性，通过matlab仿真实现了双闭环直流调速系统的设计是可行的。2.计算系统的稳态参数 3.电流环设计和转速环设计4.选择电流调节器和其参数5完成电路图进行仿真。6然后经过观察直流双闭环调速系统的启动过程和稳定是的状态，采用不同的调节器参数及控制策略并分析其系统的性能。-the dc machine
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- 双闭环直流调速系统仿真，变负载，电流环突然断线的情况下的输出-Output of double-loop DC speed control system simulation, variable load, the current loop under sudden disconnection
V-Msystem
- 基于matlab仿真的V-M双闭环直流调速系统设计-VM-based simulation matlab double loop DC speed control system design
sbh
- 转速、电流双闭环直流调速系统设计与实践课程设计-Double closed- loop DC speed and current speed System Design and Practice of Course Design
acr
- 转速电流双闭环直流调速系统中，电流环的仿真模型。-Speed of current dual-Loop DC Motor Control System, the current loop of the simulation model.
asr
- 转速电流双闭环直流调速系统中，转速调节器的仿真模型-Speed of current dual-Loop DC Motor Control System, the speed regulator of the simulation model
double-closed-loop-DC-speed
- 带转速微分负反馈的双闭环直流调速系统设计与实践-With differential speed double closed loop DC system design and practice of negative feedback
Fig6x16
- 基于simulink的双闭环直流调速系统，其中电流环是基于PI控制器，转速环基于自抗扰控制器。-Based on Simulink double closed loop DC speed control system, in which the current loop is based on the PI controller, speed loop based on auto disturbance rejection controller.
wq
- 双闭环直流调速系统的simulink仿真-Double closed loop DC speed regulating system
untitled
- 基于PWM技术的直流电动机双闭环调速系统整体结构设计， 基于SimPowerSystems的仿真实验主要建立在这一结构基础上。(Integral structure design of DC motor double closed loop speed regulation system based on PWM technology, The simulation experiment based on SimPowerSystems is mainly based on
ASRandACR
- 直流电机的双闭环仿真，实现点击的无静差调速功能(Double closed loop simulation of DC motor)
fuzzyfurnacetem
- 直流电动机的双闭环调速，实现直流电动机无静差调速(The double closed loop speed regulation of DC motor realizes the speed regulation without static difference)
shuangbihuan
- 模型中明显地体现出模型设计主要有电流调节器和转速调节器两个负反馈闭环组成， 把转速调节器的输出当成电流调节器的输入，在通过电流调节器的输出控制后面的电路。 在这里电流环为内环，电压环为外环，所以形成了转速电流双闭环控制的直流调速系统。(The model obviously shows that the design of the model mainly consists of two negative feedback loops: current regulator and speed r