soundcardoscillograph

说明：  基于阶次分析理论的轴承故障诊断方法，该vi 很有实用价值，希望可以给大家带来帮助。(Bearing fault diagnosis method based on the order analysis theory, the vi Is of great practical value, the hope can bring you help.)

改程序可对S19字符串实现数据提取和过校验审核。(The program can extract data from S19 string and check it.)

该vi主要是一台简单的单通道数字示波器，实现数据采集、波形显示、信号处理、波形存储等(The main vi is a simple single-channel digital oscilloscope, data acquisition, waveform display, signal processing, waveform storage, etc.)

利用Labview编写的PGC解调程序,对相位信号进行解调(PGC demodulation process by using Labview, the phase signal is demodulated)

元件伏安特性测量。包括磁滞回线、二极管测试、三极管、三极管（随机数）(Component volt-ampere characteristic measurement. Including the hysteresis loop, diode test, transistor, transistor (random number))

神经网络算法实现 ，对初学者会有帮助。对初学者会有帮助。(The realization of neural network algorithm will be helpful for beginners. It will be helpful for beginners.)

labveiw实现基带信号的幅度调制（AM），频率调制(FM)和相位调制(PM)，可以在波形图中看到调制信号和调制后信号的叠加和对比，可以看到频域波形。载波与基带幅度和频率参数均可改变。(Baseband AM/FM/PM in labview. In the vi, you ll be able to see the modulated signal in both time and frequency domain.)

Labview的详细开发指南，包括：双精度数据不适于相等比较（内置函数）；顺序结构是“结构”吗？；到底什么是“节点”；XY GRAPH的输入参数形式 ；整型数据类型和内存映射；状态机的基本概念 ；状态机的基本类型顺序结构 ；状态机的基本类型之标准状态机 ；事件结构中的TIMEOUT进行数据采集合适吗 ；全局变量、移位寄存器和功能型全局变量的性能比较等。(Labview detailed development guidelines, including: double precision data is not suitable for equality comparison (built-in function) sequential structure is " structural" it? In the end what is " node" input parameters of the form XY GRAPH integer data types and memory mapping basic concept of the state machine basic types of sequential structure of the state machine basic types of state machine standard state machine event structure The TIMEOUT data collection suitable for you global variables, shift registers and functional performance comparison of global variables and so on.)

Labview 源码，实现永磁电机控制上位机控制，与dsp2812配合使用，主要用于发出控制信号和接收状态信号。(it is programmed in labview and it is for controlling a BLDC combined with dsp2812. it is mainly used for send control signal s and recieve state signals.)

本文通过运用myDAQ搭建一个在线音效处理系统，利用LabVIEW控制myDAQ完成信号的采集、分析以及发生。 (By using myDAQ build an online audio processing system, using the LabVIEW Control myDAQ complete signal acquisition, analysis, and happen.)