资源列表
hvdc_vsc
- PSCAD搭建的关于高压直流输电的基于功率和直流电压的闭环控制模型，有利于初学者对直流输电的理解-PSCAD to build on the HVDC power based on the DC voltage and closed-loop control model is conducive to beginners understanding of HVDC
PMSM_model
- 使用MATLAb的SIMUlink根据数学模型搭建的PMSM的模型，可以使用在自己的仿真系统中-Use MATLAb of SIMUlink PMSM model based on a mathematical model to build, you can use in your own simulation system
PV
- 它由与逆变器和光伏阵列MPPT也描述文件的Simulink模型 -it consists of simulink model of PV array with inverter and mppt and aslo descr iption file
MATLAB-fangzhen
- 关于MATLAB中仿真同步电机的资料，包含4个模块。-Matlab on the synchronous motor simulation data
threelevel
- 在matlab仿真环境下搭建的T型三电平SVPWM控制的仿真模型以及电压环控制-Simulation Model T-type three-level SVPWM control in matlab simulation environment to build and the voltage control loop
Tower-crane-moment-limiter
- AVR单片机采集塔机重量、高度、风速、幅度信号，监控塔机工作参数，提高塔机工作安全性的力矩限制器。-AVR Microcontroller collection tower crane weight, height, wind speed, amplitude of the signal, control tower machine operating parameters to improve the safety of tower crane torque limiter.
4-20mAOverload
- 51单片机接入差分信号重量传感器，设定额重，输出控制，同时DA转换（AD421芯片）输出4-20mA。-51 single access differential signal of the weight sensor, set the amount of weight, output control, while the DA converter (AD421 chip) output 4-20mA.
The-opening-of-instrumentP485
- 51单片机接SSI绝对型编码器测高度,编码器为4096圈，每圈8092个点。-51 microcontroller connected SSI absolute encoder measuring height
Anemometer
- 51单片机检测脉冲测量风速及风级，气象使用-51 single detection pulse measuring wind speed and wind scale, meteorological use
Torque-Liniter
- 力矩限制器，采集重量及角度，测算幅度，根据性能表算出额定载重，计算参数输出控制。-Torque limiter, gathering weight and angle, estimated magnitude of rated load is calculated according to the performance table, calculating the output parameter control.
Overload-Limiter
- 采用电子秤芯片HX711B实现超载显示及控制-Electronic scales chip HX711B achieve overload display and control
pll_SOGI
- 基于SOGI（2阶广义积分器）的单相锁相环simulink仿真，参考《光伏与风力发电系统并网变换器》周克亮译 71页-Based on SOGI (2-order generalized integrator) single-phase phase-locked loop simulink simulation, refer to Grid Converters for Photovoltaic and Wind Power Systems translated by Zhou Kelian