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YAV-USB--UMS2016
- （一）功能说明 1、本程序自适应亚为所有USB接口的硬件，通道数量能完全自适应。 2、具备长时间低速模拟量AI采集、短时间高速AI采集，波形显示、分析、回放等功能。 3、最下方的DI、DO、计频、计数等，是部分硬件具备的功能，具体视硬件接口而定。 （二）使用方法 1、安装与学习LabVIEW，见“LabVIEW入门教程” 2、运行左上角向右的箭头 3、根据提示检查硬件 4、按下Ctrl+E可以查看后台程序，修改后台参数 5、制作exe文件，见“LabV
StatorCurve
- 汽车转向助力液压马达定子曲线数据处理软件，内置了8种定子曲线算法。系统内自定义类，示波器控件，此控件与NI LabView的波形控件功能相当，十分强大(在网上只能找到简单的波形控件，才自已写了一个)。-Stroke-assisted hydraulic motor stator data processing software, built-in eight stator curve algorithm. System custom class, oscilloscope control, th
SampleExercise_XY-Graph
- 基于Labview XYGraph不同X轴的多个波形实时显示-XY Graph
serial_wfm_1_0_1_lv82
- NI-HSDIO与NI-DAQmx的SPI数字波形产生的labview驱动范例-Example programs explain how to configure NI waveform-based digital I/O devices to communicate with serial protocol interfaces using the NI-HSDIO or NI-DAQmx driver software.
LabVIEWshiboqi
- 利用labview实现虚拟示波器功能，并显示信号波形-Using LabVIEW to achieve the function of virtual oscilloscope, and display signal waveform
sndExample-adv
- Labview基于声卡的频谱分析 声卡采集声音数据,显示其波形,通过滤波器和加窗处理进行功率谱分析-Labview based sound card spectrum analysis Sound card data collection, display its waveform, through the filter and window processing power spectrum analysis
KUANKOU
- labview串口实时采集数据，波形形式，并且可以缓存数据-LabVIEW string to collect data, waveform form, and can cache data
liyong9900
- 利用DAQ助手实现的基于LABVIEW的示波器，可通过数据采集卡实现各种波形显示和尺度调节(DAQ assistant to achieve the use of LABVIEW based oscilloscope, through the data acquisition card to achieve a variety of waveform display and scale adjustment)
shuzhi77688
- 数字波形发生器 labview程序。不错的程序，提供给大家学习参考(LabVIEW program for digital waveform generator. Good procedures, to provide you with learning reference)
dudu7866
- 一个用Labview编写的读写二维数组二进制文件，演示程序为读写一个多通道波形数据，速度很快。(A Labview written two-dimensional array of reading and writing binary file, demo program for reading and writing a multi-channel waveform data, very fast.)
ruanjian77886
- 用LABview软件编写的实现I路Q路波形的程序 ，经过测试，程序稳定可靠，很好的程序(Written in LABview software I road Q waveform procedures, tested, stable and reliable procedures, very good procedures)
chsheng8778
- 这是一个在LABVIEW上实现的使用LABVIEW自己产生信号，然后将上述波形采样，并通过串口发送，把上述信号存在特定的(This is a LABVIEW implementation, using LABVIEW to generate their own signals, and then sampling the above waveform, and sent through the serial port, the above signal exists specific)
yuhh76555
- labview中波形显示时，使用多条Y轴，使之相对应范例，通过这个范例，可以为你提供些参考(LabVIEW waveform display, the use of multiple Y axis, so that it corresponds to the model, through this example, we can provide you with some reference)
绝对平均值VI
- 绝对平均值是计算波形指标与脉冲指标的重要参数。本文件中将其独立制作成了一个子VI，方便labview程序调用。(The absolute mean value is an important parameter to calculate the waveform index and pulse index. This document will be independently produced into a sub VI, to facilitate the LabVIEW program c
基于声卡的虚拟示波器
- 基于声卡的虚拟仪器示波器，通过声卡进行数据采集，再由LABview显示波形。(A virtual instrument oscilloscope based on sound card is used to collect data through a sound card, and then the waveform is displayed by LABview.)
Self-made oscillograph
- LabVIEW在是在计算机上进行数据采集、数据分析处理。实现虚拟示波器的功能主要有从外界采样的模拟信号，转化为相应的数字信号，在计算机上实现波形的显示，并能够进行简单的波形处理，可以显示波形的最大值、最小值、平均值，并能够根据需要放大波形的倍数而放大。(LabVIEW is in the computer for data acquisition, data analysis and processing. The function of the virtual oscillograph mai
75319301virtual
- 基于声卡的波形发生器 还能进行分析，采用labview 适合课程设计！很好用(The waveform generator based on sound card can also be analyzed, and LabVIEW is suitable for course design. It's good to use)
巴特沃斯
- labview设计的巴特沃斯滤波器，参数可自由选择。读取TXT文件数据，显示滤波先后的波形及频谱。labview代码中结合了matlab代码(The Butterworth filter designed by LabVIEW is free to choose parameters. Read the TXT file data, showing the waveform and spectrum of the filter successively. The LabVIEW code com
STM32F0XX教程+例程源码
- STM32F0XX教程+例程源码 教程目录： 工程篇：搭建KEIL-MDK开发平台及制作MDK工程文件模板.pdf 资料篇-NUCLEO-072RB开发板特性讲解及资料准备.pdf 初级教程篇：按键(中断方式)实现24C04存储器内容读写.pdf 初级教程篇：实现一个LED灯(软件延时 systick定时器).pdf 中级教程篇：利用SPI总线构建NUCLEO-072RB和NUCLEO-302RB双机处理系统.pdf 中级教程篇：利用定时器实现6路互补PWM波形输出.pdf 高级教程篇：基于L
滤波器
- 用LabVIEW做的一个简单示波器程序，把噪声信号和正弦信号混合后的波形进行滤波(A simple oscilloscope program made by LabVIEW filters the mixed waveform of noise signal and sinusoidal signal.)