Spectrum analyzer using FFT via LabVIEW

F. Moumtadi, Félix Ruíz-Mendoza, Julio Delgado, R. Tovar-Medina
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引用次数: 2

Abstract

This paper belongs to a set of efforts aimed to improve the education of engineering in electronic and telecommunications, based on virtual equipment. It stand on a previous work called Networking Model for a Virtual Radio Frequency Laboratory (NMFLV) [1]. This proposal addresses with a specific topic in radio frequency. Plenty of analysis is performed in the frequency domain due to limits for time analysis. In order to understand this phenomenon the analyzer uses Fast Fourier Transform, its efficiency in the amount of mathematical operations, FFT is limited only by the number of samples. As it was mentioned our goal is boost the learning process, using IT infrastructure along with electronic prototypes, besides encourage students to use their pace in laboratory activities. The work introduced is performed via NMFLV system; it was designed a spectrum analyzer for undergraduate students and postgraduate students.
频谱分析仪使用FFT通过LabVIEW实现
本文属于基于虚拟设备的电子与通信工程教育的一系列努力。它建立在之前的一项名为虚拟射频实验室(NMFLV)的网络模型的基础上[1]。本提案涉及无线电频率中的一个特定主题。由于时间分析的限制,大量的分析是在频域进行的。为了理解这种现象,分析仪使用快速傅里叶变换,其效率在数学运算的数量上,FFT只受样本数量的限制。如前所述,我们的目标是促进学习过程,使用it基础设施和电子原型,除了鼓励学生在实验室活动中使用他们的节奏。所介绍的工作是通过NMFLV系统完成的;本文设计了一款面向本科生和研究生的频谱分析仪。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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