▍1. 4分频编码器测量与复位计数器
使用labview的计数器功能,实现4分频编码器的测量(Using the counter function of LabVIEW to realize the measurement of 4-frequency encoder)
使用labview的计数器功能,实现4分频编码器的测量(Using the counter function of LabVIEW to realize the measurement of 4-frequency encoder)
用LabVIEW开发的小波滤波程序,用于微弱信号检测处理的上位机程序。(With LabVIEW development of wavelet filtering procedures, computer program for the processing of weak signal detection.)
采用LABview编写的信号处理程序,包括各种滤波去噪等功能(Using LABview signal processing procedures, including a variety of filtering de-noising, and other functions)
实现Kvaser的CAN通讯,能实现简单的读写CAN信号。(The CAN communication of Kvaser can be realized, and CAN signal can be read and written simply.)
使用labview编写的灰色预测程序,判断设备故障的类型,程序已经调试通过。(LabVIEW prepared using gray prediction procedure to determine the type of equipment failure, procedures have been debug through.)
labvIEW程序,可以获取本机的硬件信息。(labvIEW program, you can get the machine hardware information.)
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)
利用LabVIEW编写希尔伯特黄变换HHT的算法,实测可用,包括总程序 ,以及IMF,样条插值等各个子VI 函数(Use LabVIEW to write Hilbert Huang Transform HHT algorithm found available, including the overall program, as well as IMF, each sub-spline interpolation function VI)
labview TDMS的各种高速存储功能,(LabVIEW TDMS a variety of high-speed storage function,)
基于Labview虚拟仪器设计界面,检测减速器的转角及其回程误差指标。(Based on Labview virtual instrument interface design, testing reducer corner and return error specification.)
基于Labview虚拟仪器设计界面,检测减速器的转角及其回程误差指标。(Based on Labview virtual instrument interface design, testing reducer corner and return error specification.)
基于labview平台,以弹簧-质量-阻尼系统为基础,做出二阶虚拟仪器实验平台。包括二阶系统的时域,频域响应动态分析。实现单位阶跃信号输入弹簧-质量-阻尼系统后的动画演示。 (Labview based platform to spring- mass- damper system based on virtual instrument to make second order experimental platform. Time domain including second-frequency-domain dynamic response analysis. Per unit step signal input spring- damping system after animation- quality.)
CRC16的9个LabVIEW算法CCITT,CCITT-KERMIT,CCITT-X25,CCITT-XMODEM,DNP,IBM,MAXIM,MODBUS,USB,开发环境LabVIEW2013(9 LabVIEW algorithm of CRC16: CCITT,CCITT-KERMIT,CCITT-X25,CCITT-XMODEM,DNP,IBM,MAXIM,MODBUS,USB The development environment version is LabVIEW 2013)
该VI已把电机动态模型封装成一个模块,因此使用者不必关心电机的内部结构,只需输入电机的各参数就可以方便地进行仿真,而且仿真的各种变量结果稳定可靠,并可以根据需要,调节仿真步长,提高仿真的精度。 (The dynamic model of the motor VI has packaged into a module, so users do not care about the internal structure of the motor, simply enter the motor parameters can easily be simulated, and the simulation results of various variables stable and reliable, and may need , adjust the simulation step, to improve the accuracy of the simulation.)
说明: 利用labview语言编写的声音采集程序,可以实现声音多通道的采集和分析,并显示采集到的信号波形(The sound acquisition program written in Labview language can realize the sound multi-channel acquisition and analysis, and display the acquired signal waveform)
基于声卡的测试系统,可以录音并且保存声音文件,可以把声音文件回放,可以离线和在线做波形和频谱(Test system based on the sound card, you can save recordings and sound files, sound files can be playback, you can make offline and online waveform and spectrum)
LabVIEW源程序,数量很多,内容全面,相信对LabVIEW初学者帮助很大.(LabVIEW source, volume, as a comprehensive, believe that the right LabVIEW beginners great help.)
实现keithley 2400 自动控制和iv曲线的绘制(Draw achieve automatic control and iv curve keithley 2400)