搜索资源列表
buckPWM
- DC-DC 转换的Simulink 模型with PWM PI control
直流电动机单级性双闭环可逆控制程序
- 用DSP实现直流电动机速度，全部控制程序包括速度PI调节，电流PI调节，PWM控制，主程序进行电机转向的判别-DSP DC motor speed control procedures including full speed PI regulator and current PI regulator, PWM control, the main program for the motor to discriminant
直流电动机双极性可逆PWM程序
- 直流电动机双极性可逆PWM系统，其中电流PI调节控制中，根据转向标志DIRECTION来决定输出极限：正转时，输出范围是0-250，反转时是250-5-DC motor reversible bipolar PWM system, current PI regulator control, according to signs DIRECTION decision to limit exports : being transferred, the output range is 0-250, w
8051
- 8051实现直流电机PMW调速系统 本文所述的直流电机闭环调速系统是以低价位的单片微机8051为核心的，而通过单片机来实现电机调整又有多种途径，相对于其他用硬件或者硬件与软件相结合的方法实现对电机进行调整，采用PWM软件方法来实现的调速过程具有更大的灵活性和更低的成本，它能够充分发挥单片机的效能，对于简易速度控制系统的实现提供了一种有效的途径。而在软件方面，采用PLD算法来确定闭环控制的补偿量也是由数字电路组成的直流电机闭环调速系统所不能及的。曾经也试过用单片机直接产生PWM波形，但其最终效
Buck_simulink
- Configurable Simulink Model for DC-DC Converters with PWM PI Control descr iption
1451-48691001057S
- Abstract: In this paper the SIMULINK model of a PWM controlled DC-DC converter is modeled using switching function concept to control the speed of the DC motor. The presence of the voltage oscillation cycles due to higher switching frequency in
cospiacd
- Abstract: In this paper the SIMULINK model of a PWM controlled DC-DC converter is modeled using switching function concept to control the speed of the DC motor. The presence of the voltage oscillation cycles due to higher switching frequency in
JPtpenov95p680
- Abstract: In this paper the SIMULINK model of a PWM controlled DC-DC converter is modeled using switching function concept to control the speed of the DC motor. The presence of the voltage oscillation cycles due to higher switching frequency in
Boost1
- PWM在双向DC-DC的应用时十分显著的，可以用于很多场合，比如电梯节能，电动汽车-PWM convert pwm simulink pwm buckpwm pwm matlab DC DC PWM PI MATLAB PWM buck simulink dc-dc ma pi DC
PWM-parameter-tuning
- 应用 Ma t l a b ／ S i mu l i n k仿真研究了这种整流器系统的三、c参数和 P I 调节器参数对直流侧电压响应及交流侧谐波与功率因数的影响，提出了一套简单易行、规范化 的设计和参数整定方法。-Ma tlab/S i mu link simulation research of this rectifier system, c parameter and the PI regulator parameters on the response of DC volt
Fig6x37
- 直流PWM-M 可逆调速系统的仿真模模型在直流PWM-M系统主电路模型基础上增加了转速调节器ASR 和电流调节器ACR ，ASR 和ACR 都采用带输出限幅的PI 调节器。-Reversible DC PWM-M model simulation mode speed control system in the main circuit of the base model DC PWM-M system adds speed regulator ASR and current regulator
17
- Descr iption : This package includes a configurable Simulink model for three different types of DC-DC converters (Buck, Boost and Buck-Boost converters) with a PWM PI controller. The example provided shows a case to boost voltage 5 v
Configurable-Simulink-Model-for-DC-DC-Converters-
- Configurable Simulink Model for DC-DC Converters with PWM PI Control
BDLC
- 基于AVR单片机控制的直流无刷电机,主要完成位置传感器信号的采集,电动机换相信号的输出,电动机转速的测量,以及数字PWM调速信号的输出,电流的采集等功能。并通过软件编程实现速度的PI调节,构成电动机转速闭环控制系统-Brushless DC motor based on AVR single chip microcomputer control,Mainly completes the position sensor signal acquisition, the motor commutati
Control-of-Three-Phase-PWM-Rectifiers
- As I have marked in the attached image, there is a PI controller, which is not necessarily a PI controller and could have several poles or zeroes. I have simulated this system nearly successfully and the only thing I am struggling with is the co
three-phase-PWM-rectifier
- 提出了一种无电流传感器的三相 PWM 整流器控制策略。系统采用双闭环控制，外环 PI 调节器控制直流侧输出电压，内环通过滞环调节器控制有功功率和无功功率，达到单位功率因 数运行的目的。根据整流器的数学模型通过电流重构可获得网侧电流，以实现无电流传感器控制。 仿真实验证明该方案具有良好的控制性能。-In this paper a current sensorless control strategy of three-phase PWM rectifiers is presente
buckPWMPI
- 基于PWM PI控制的BUCK升压电路（DC-DC）-Buck Circuit Base on PWM PI Control
DC-motor-PID-controller
- MSP430F5529下的直流电机调速。 编译环境CCS， 硬件，MSP430F5529 实现了，IIC的LCD12864的显示，PI电机调速，PI参数没有最优但是已经实现了功能。 占用资源，两个Timer，一个用于产生PWM方波，一个PID定时器。-DC motor speed control under the MSP430F5529. Compiler environment CCS, hardware, MSP430F5529 realized, IIC display
ZVS_full_bridge
- 基于MATLAB/SIMULINK的零电压移相全桥DC/DC变换器仿真。恒压控制。PI。 已经过修改调试，效果良好。 可直接用于借鉴学习。 模型基于matlab R2016b.(Simulation of zero voltage phase shifted full bridge DC/DC converter based on MATLAB/SIMULINK. Constant pressure control. PI. It has been modified and debugg
PWMrectfier
- In this paper, simulation and practical implementation of direct power control is presented for a PWM Rectifier application. The proposed DPC control has several advantages, including the grid current very close to sinusoidal waveforms (TDH <1