虚拟示波器

labview实现的神经网络算法，很有趣。(The neural network algorithm implemented by LabVIEW is very interesting.)

labview tcp经典的编程示例可以帮助大家参考学习(LabVIEW TCP classic programming examples can help you learn from the reference.)

用于labview生产扫频信号（线性扫频），经过本人实际验证，比较实用(Production for labview sweep signal (linear sweep), after I actually validated, more practical)

labview中usb raw设备的读取和写入程序 非常有用(labview usb raw device in the read and write process is very useful)

用labview8.5实现的调用动态库例子（DLL）。用户可以参考写自己的动态库。可能需要部分组件支持，找不到的朋友可以联系我。(using labview8.5 to call dll file.)

说明：  LabWidow/CVI的资料不是很多,因此我长传了一份入门教程。LabWindow CVI入门的经典教程(A guide book for learing LabWindows/CVI)

说明：  基于Labview的CAN通信系统。包括CAN接受、发送、传输；数据采集；CAN通讯；电池管理系统等。适合相关从业人员交流学习。(Can communication system based on LabVIEW. Including can receiving, sending and transmitting; data collection; can communication; battery management system, etc. It is suitable for relevant practitioners to exchange and study.)

用于交流电机矢量控制的SVPWM发波程序。(For AC motor vector control, SVPWM hair procedures.)

在波形Graph显件上用两种不同颜色显示一条正弦曲线和一条余弦曲线，每 条曲线长度为128个点，其中正弦曲线的x0 =0，△x=1；余弦曲线的x0 =2， △x=5。并利用属性节点通过前面板控件改变每条曲线的颜色。 ①一个周期128点。 ②改变颜色一定要先选择曲线，然后再改变颜色。(A sine curve and a cosine curve are displayed in two different colors on the waveform Graph display. The length of the bar curve is 128 points, where the sine curve x0 =0, Delta x=1, the cosine curve x0 =2, Delta x=5. And use the attribute node to change the color of each curve through the front panel control. One cycle is 128 points. Change the color must first choose the curve, then change the color.)

说明：  基于LabvIEw的通用自动测试系统(ATs)舍计算机，可鳊程激励、响应数据采集及uuT模块，采用MxI总线控制方式。专用信号发生器为uuT提供模拟激励信号，矩阵开关和适配器完成不同信号间切换。主控计算机执行测试程序，信号发生器发送激励信号，数据采集卡采集数据，采集数据经调理后，并与标准数据|匕较是否满足相应测试结果。(The general automatic test system (ATs) based on LabvIEw can be used as a computer to excite, respond to data acquisition and uuT module. The control mode of MxI bus is adopted. Special signal generator provides analog excitation signal for uuT, matrix switch and adapter complete switching between different signals. The main control computer executes the test program, the signal generator sends the excitation signal, the data acquisition card collects the data, after the data acquisition is adjusted, and compares with the standard data | dagger whether it meets the corresponding test results.)