一个基于Arduino的虚拟逻辑分析仪（英文）

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英文篇名：A virtual logic analyzer implemented with Arduino 作者：白江华 ; 陈静薇 英文作者：BAI Jiang-hua;CHEN Jing-wei;Department of Physics, Portland State University;Software Department,Xiamen Malata Technology Inc.; 关键词：自动测试设备 ; 自动测试向量生成 ; 逻辑分析仪 ; LabVIEW ; Arduino ; 虚拟仪器 英文关键词：automatic test equipment(ATE);;automatic test pattern generation(ATGP);;logic analyzer;;LabVIEW;;Arduino;;virtual instruments 中文刊名：CSKX 英文刊名：测试科学与仪器(英文版) 机构：美国波特兰州立大学物理系;厦门万利达科技公司软件资源部; 出版日期：2019-03-15 出版单位：Journal of Measurement Science and Instrumentation 年：2019 期：v.10;No.37 语种：英文; 页：CSKX201901008 页数：6 CN：01 ISSN：14-1357/TH 分类号：59-64

摘要

本项目设计了一台结构简单、性能稳定的逻辑分析仪。该逻辑分析仪由两个模块组成;一个模块用来生成测试用的数字波形,另一个模块用来读取、显示和存储数字波形。两个模块联合使用,可以完成电路板的自动化测试。该逻辑分析仪的主控程序用LabVIEW编写,输入输出模块用两个Arduino UNO板实现。波形生成模块的最高刷新频率设定为20 Hz,逻辑读取模块的最高采样频率设定为200 Hz。经过1.2万次循环测试,该逻辑分析仪的准确率为100%。本文还对如何用Arduino构建虚拟仪器以及相应的程序进行了解释。
        A simple, stable and reliable virtual logic analyzer is presented. The logic analyzer had two modules: one was the test pattern generation module, the other was the logic monitoring module. Combining the two modules, one is able to test a digital circuit automatically. The user interface of the logic analyzer was programmed with LabVIEW. Two Arduino UNO boards were used as the hardware targets to input and output the logic signals. The maximum pattern update rate was set to be 20 Hz. The maximum logic sampling rate was set to be 200 Hz. After twelve thousand cycles of exhaustive tests, the logic analyzer had a 100% accuracy. As a tutorial showing how to build virtual instruments with Arduino, the software detail is also explained in this article.

引文

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