caiji

通过labview实现动态信号的高频采集(High frequency acquisition of dynamic signals by LabVIEW)

Labview project for quadrator systems LQR

16路电压，电流采集，数据存储，波形显示(16 channel voltage, current acquisition, data storage, waveform display.)

这是Labview整体程序，功能是用来提取二次谐波信号(Extracting the two harmonic signal)

说明：  噪声检测，声卡采集，频率分析，数据统计分析，均方根(Noise detector,Sound card acquisition,frequency analysis,Statistical analysis of data,Root mean square)

该VI已把电机动态模型封装成一个模块,因此使用者不必关心电机的内部结构,只需输入电机的各参数就可以方便地进行仿真,而且仿真的各种变量结果稳定可靠,并可以根据需要,调节仿真步长,提高仿真的精度。 (The dynamic model of the motor VI has packaged into a module, so users do not care about the internal structure of the motor, simply enter the motor parameters can easily be simulated, and the simulation results of various variables stable and reliable, and may need , adjust the simulation step, to improve the accuracy of the simulation.)

基于labview的风电轴承故障检测与监测(Wind power bearing fault detection and monitoring based on labview)

使用研华采集卡，labview驱动，采集数据和存储，曲线显示(Labview data acq excel save and display)

用于对于轴承振动信号的共振解调程序，便于对轴承故障信号进行分析(Used for resonant demodulation of bearing vibration signals for easy analysis of bearing fault signals)

通过labview程序的演示，进一步掌握生产者与消费者循环，该压缩文件中包含有如何控制箱子的移动，及方向的控制等(Through the LabVIEW program demonstration, further grasp the producers and consumers of circulation, the compressed file contains how to control the moving direction of the box, and control)