基于低成本虚拟仪器的信号生成

Í. Aguirre, R.U. Garbus, R. C. Sanchez
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引用次数: 3

摘要

数字可编程信号发生器(DPSG)是一个系统,能够生成经典信号,如正弦,二次,三角形和锯齿,以及任何其他任意模拟信号由用户通过波形编辑器定义使用不同的替代方案,如使用图形编辑器,文本编辑器,数学方程编辑器和谐波编辑器。为了产生信号,采用直接数字合成方法(DDS)。该系统由在LabView 7.1框架下开发的软件模块组成,该模块对应于与波形编辑器相关联的虚拟仪器、存储待生成信号采样的非易失性RAM板、编辑器中已数字化的信号、控制系统可操作性的muC和CPLD,以及输出8位分辨率模拟信号的数模转换器DAC
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Signal Generation Based on Low Cost Virtual Instrumentation
The digital programmable signal generator (DPSG) is a system capable of generating the classical signals, like sinusoidal, quadratic, triangular and sawtooth, as well as any other arbitrary analog signal defined by the user through the waveform editor using different alternatives like using a graphical editor, a text editor, a mathematical equations editor and an armonics editor. To generate the signal, the direct digital synthesis method is used (DDS). The system is composed of the software module developed in the LabView 7.1 framework, which corresponds to the virtual instrument associated with the wave shape editor and the board holding the non-volatile RAM in which the samples of the signal to be generated are stored, signals previously digitalized in the editor, the muC and the CPLD that control the system operability, and the digital to analog converter DAC which outputs the 8 bits resolution analog signal
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