搜索资源列表
inverter_dq
- 这是一个单相离网逆变器双闭环控制，基于dq坐标系下采用电压外环和电流内环的方法对其进行稳定性控制。-This is a single-phase off-grid inverter double closed-loop control, based on the dq coordinate system using the voltage outside the ring and the current inner ring method for its stability control.
three_inverter_dq
- 这是一个三相离网逆变器双闭环控制，基于dq坐标系下采用电压外环和电流内环的方法对其进行稳定性控制。-This is a three-phase off-grid inverter double closed-loop control, based on the dq coordinate system using the voltage outside the ring and the current inner ring method for its stability control.
inverterLCL_double
- 这是一个单相并网逆变器双闭环控制，基于采用并网电流外环电容电流内环的方法对其进行稳定性控制，并实现有源阻尼控制。-This is a single-phase grid-connected inverter double closed-loop control, based on the use of parallel current loop capacitance current loop method to its stability control, and to achieve act
sportctr1-V1.5
- DSP下的对电机的速度，电流环节闭环控制-DSP u4E0B u7684 u5BF9 u7535 u673A u7684 u901F u5EA6 uFF0C u7535 u6D41 u73AF u8282 u95ED u73AF u63A7 u5236
APF
- 6个三电平二极管钳位式有源电力滤波器，采用双滞环对电压进行控制，采用IP-IQ法对电流进行检测。SVPWM未触发脉冲-Six three-level diode clamp active power filter, the use of double hysteresis to control the voltage, the use of IP-IQ method to detect the current. SVPWM does not trigger a pulse
EHABLDC20150321p_pzui_2
- 控制无刷直流电机转速，转速外环加电流内环(Control brushless DC motor speed)
SVG
- 对SVG进行MATLAB建模，采用正负序电流检测方法，电压环采用pid控制方法。(The MATLAB is modeled by SVG, the positive and negative sequence current detection method is adopted, and the voltage loop adopts PID control method.)
AC_DC SPWM
- AC-DC整流器程序，双闭环控制，电压外环，电流内环(AC-DC rectifier program, double closed loop control, voltage outer ring, current inner loop)
PV
- 此程序用于 dc-dc 光伏并网 程序，经过实测可用。电压电流双环控制(this program is used for DC-DC photovoltaic grid connected program, measured by the available. Voltage and current double loop control)
FPGA
- 三相NPC三电平逆变器Matlab Simulink 具有滞环电流控制(Three phase NPC three level inverter Matlab Simulink has hysteresis current control)
NPC
- 三相NPC三电平逆变器Matlab Simulink 具有滞环电流控制(Three phase NPC three level inverter Matlab Simulink has hysteresis current control)
yibumotor_DTC_control
- 异步电机直接转矩控制系统仿真： 模型整体结构分为三大部分：主电路部分（直流电源、逆变器、电机）、控制系统部分（采用的是直接转矩控制，所以主要有坐标变换模块，灰色部分，磁链观测器模块，红色部分，直接转矩开关表选择模块，蓝色部分，以及外环的转速调节器ASR）剩下的就是仿真结果波形观测部分（观测信号依次向下为定子ab相线电压、三相定子电流、电机转速、电机电磁转矩） 运行初始条件为以1420r./min的额定转速电机空载启动，在0.3s时刻突加额定负载50牛米。在0.5s时刻电机转速突然下降为120
VSRC_30kw
- 适合初学者，该VSR仿真电压外环和电流内环都采用PI算法。仿真包括park，clark等变换。(For beginners, the VSR simulation voltage outer ring and current inner loop are used PI algorithm. Simulation includes park, clark and other transformation)
多功能锂电池充电器程序3.0
- 通过单片机stm32f103rbt6来采集充电回路上的电流和电压，然后经过算法处理后输出相应的PWM信号来驱动开关管，从而控制BUCK电路实现对锂电池的闭环充电控制。(Through the MCU stm32f103rbt6 to collect the charging current and voltage loop, and then through the algorithm outputs the PWM signal corresponding to the driving swi
bldc
- bldc控制，直流无刷电机直接转矩速度电流双闭环控制(bldc controlDc brushless motor direct torque speed current double closed loop control)
Final _ Power8.7
- 基于STM32的双向dc的软件算法，电流电压双闭环系统(Bidirectional DC based on STM32)
zhihuanSVG
- 静止无功发生器，电流滞环控制方法，省去整定PI参数的过程(The static var generator, the current hysteresis control method, the process of eliminating the setting of PI parameters)
20171016
- 提出了一种基于电网电流反馈内环和重复控制外环的双闭环控制策略。利用数字控制固有的一拍延时特性，设计了控制系统内环，实现LCL 滤波器的稳定控制；根据内环闭环传递函数特性，设计了相应陷波器、二阶滤波器以及超前环节作为控制系统外环；同时，引入了给定前馈和电网电压前馈控制环节来抑制电网电压对系统的影响，以增强系统的动态性能。理论分析和实验结果表明，该方法使LCL 型并网逆变器具有稳态精度高、动态性能好以及抗干扰能力强的优点。(the repetitive dual closed-loop contro
GRID_PV
- 该模型实现了光伏发电的最大功率追踪，驱动脉冲产生采用电流滞环比较的方法。(The model realizes the MPPT of pv power generation, and the driving pulse generates the method of comparing the current hysteresis loop.)
boosttwo
- boost电路电压电流双环控制，参数选择(Double loop control of boost circuit)