daqmx_2channel_oscilloscope

LabVIEW开发技术丛书 边干边学界面本地化 背景 LabVIEW 功能越来越强大，用LabVIEW 开发的程序也越来越复杂。很多国内的工程师用LabVIEW 开发的程序也开始冲出亚洲，走向世界。但是为了让LabVIEW 编写的程序可以进销海内外，大家遇到的一个棘手的问题就是本地化的问题。如何让界面上的文字能够按照我们的需要随时切换呢？ 实现本地化的方法有很多。我们姑且分为静态和动态的两种。(LabVIEW Development Technical Series Learning by Doing interface localization Background LabVIEW more powerful, with the LabVIEW program has become increasingly complex. Many domestic engineers developed with LabVIEW program began out of Asia and the world. But to make LabVIEW program can be written into the sales at home and abroad, a thorny problem we encountered is a localized problem. How to make the text interface in accordance with our need to switch it at any time? There are many ways to achieve localization. We tentatively divided into two static and dynamic.)

说明：  XY图做时间做X轴，Labview程序（紫薯布丁）(X, y graph time X axis)

虚拟OCT系统。包含时域，SS-OCT，SD-OCT信号模拟仿真(Virtual OCT system.Contains the time domain, SS- OCT, SD- OCT signal simulation)

labview中实现前面板的打印，打印格式为PDF.通过设置VI的属性实现报表打印(achieve labview front panel printing, print format is PDF. realized by setting the properties of print statements VI)

说明：  Scripts for up sampling and down sampling

labview与台达变频器通讯实现，采用的是Modbus-RTU格式(The communication between LabVIEW and transceiver is implemented in Modbus-RTU format.)

采用Labview设计一虚拟函数信号发生器， 通过数据采集卡输出波形信号，调节信号的相关参数(Labview design using a virtual function signal generator, data acquisition card output waveform signal,)

基于labview的声源定位，利用广义互相关法求声音信号到麦克风阵列的时间差，然后根据麦克风阵列的距离阵型求得声源的位置(Sound Source Localization Based labview, the use of generalized cross correlation method the sound signal to the time difference between the microphone array, and then formation determined according to the location of the sound source the microphone array )

MATLAB编写无穷大电源发生三相短路的程序，已通过编译，有仿真结果(Infinite power happens three phase short circuit)

这是基于labview的pc机多通道信号采集系统，希望用到的人可以帮助你们(This is a LabVIEW-based multi-channel signal acquisition, packaged four programs, you want to use can help you)