Data_pick_display_save

使用labview将泰克示波器中显示的波形读出来，并且显示(Will be read out using labview Tektronix oscilloscope waveform display, and the display)

用solidworks建立飞机的三维模型，用labview读取。(Using SolidWorks to build three-dimensional model of the aircraft, with LabVIEW read. )

USB配置蓝牙模块。实现功能：配置蓝牙模块。再读取蓝牙模块数据程序。此代码为我毕业设计，现与大家分享！！！(USB bluetooth configuration software. configuration buletooth module。)

读取keithley数据的labview程序(Read keithley data labview program)

用LABVIEW做的串口通讯无线温度（DS18B20）采集系统，可以实现对温度数据的采集，波形显示，报警，数据回放和数据保存功能。程序简单易懂，送给有需要的同学学习~(Serial communication using LABVIEW to do wireless temperature (DS18B20) acquisition system, you can achieve the acquisition of temperature data, waveform display, alarm, data playback and data retention. Program is easy to understand, give students need to learn ~)

自功率谱是分析非平稳信号频谱的重要手段。对于非平稳信号来说，利用自功率谱分析能够更容易找到信号中能量聚集区域，对信号中的频率分布有更好的了解。本文件中将其制作成独立子VI方便程序直接调用。(Self power spectrum is an important method to analyze the spectrum of non-stationary signals. For non-stationary signals, it is easier to find the energy accumulation region in the signal by using self power spectrum analysis, and better understand the frequency distribution in the signal. This document will be made into an independent sub VI convenience program to call directly.)

一个基于Labview的双路示波器，功能齐全，程序清晰，易于新手掌握(A two - way oscilloscope based on Labview, full of functions, clear program, easy to master)

labview连接sql数据库，保存数据到sql数据库中(labview connect sql database, save the data to a SQL database)

基于LabVIEW的泰克示波器与计算机的通信(Communication between Tick Oscilloscope and Computer Based on LabVIEW)

说明：  一个基于LabVIEW的信号发生器的设计。 1、利用实验室提供的仪器设备、软件等，学生亲自设计虚拟信号发生器。 2、实现虚拟信号发生器的仿真显示。在虚拟信号发生器的图形显示窗上观察模拟输出信号的波形，要求观察正弦波、方波、三角波。 3、实现虚拟信号发生器的模拟信号输出。①频率的测量。在延时分别为1、100、200、300、400的条件下，输出正弦波、方波、三角波信号，用示波器观察输出波形，与仿真显示做比较。用频率计测量信号频率。②滤波。选择不同的截止频率对输出信号进行滤波。③失真度的测量。对滤波前后的模拟输出电压波形进行失真度的测量。(A LabVIEW-based signal generator design. )