自制控件

说明：  适合多界面开发，可实现多窗口运行,丰富界面显示。(Suitable for multi-interface development, can achieve multi-window operation, rich interface display.)

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.)

该源代码是基于车载平台上的通讯诊断协议， 能够利用LabVIEW, LabWindows?/CVI, Visual C/C++ 6.0中基于CAN的汽车诊断 兼容Windows 7/Vista/XP/2000和LabVIEW Real-Time 诊断协议:CAN (ISO 15765, OBD-II)的KWP2000 (ISO 14230)和诊断 (Diagnostics) 传输协议:ISO传输协议15765-2和Volkswagen TP 2.0 兼容的接口:NI-XNET CAN、CompactRIO CAN、USB CAN和Series 2 NI CAN (PXI、PCI、PCMCIA) KWP2000和UDS的范例, 包括一个软件ECU仿真器(The source code is based on the communication diagnosis protocol on the vehicle platform. Auto diagnosis based on C AN in LabVIEW, LabWindows (/ CVI), Visual C/C++ 6.0 Compatible with Windows 7/Vista/XP/2000 and LabVIEW Real-Time Diagnostic protocols: KWP2000 (ISO 14230) and Diagnostics of CAN (ISO 15765, OBD-II) Transport protocol: ISO transport protocol 15765-2 and Volkswagen TP 2.0 Compatible interfaces: NI-XNET CAN, CompactRIO CAN, USB CAN and Series 2 NI CAN (PXI, PCI, PCMCIA) Examples of KWP2000 and UDS, including a software ECU emulator)

说明：  简单的位功能，可以帮助您了解相关功能，方便学习。(Simple bit function can help you understand the relevant functions and facilitate learning.)

该程序基于labview2012研发，利用希尔伯特变换实现提取信号的包络。一部分是对AM信号的仿真实验，另一部分是其通用形式，只需拷贝到自己的引用程序中即可。(The program is based on the labview2012 , the use of the Hilbert transform to extract the signal envelope. Part of the AM signal simulation, another part is in its generic form, can be simply copied to the reference program.)

利用LABVIEW开发环境，实现GPIB串口通讯(无)

在NI LabView平台上结合TCP/IP协议进行数据传输的工作方法，并给出对工业现场数据采集传送与监控的仿真实例(NI LabView platform combined with TCP/IP protocol for data transmission methods, and simulation examples are given on the transmission and monitoring of industrial field data collection)

using labview to open camera

对LabVIEW进行二次开发，对振动信号进行HHT时频分析(The LabVIEW was developed two times, and the vibration signals were analyzed by HHT time frequency)

使用labview实现了FFT的变换，此方法更为简单快捷，同时简单明了(Labview achieved using FFT transform, this method is more simple and quick, and simple)