数字和模拟滤波器的信号处理算法和建模,解决各种技术问题

N. I. Lysenko, K. S. Mingazova, S. Yudachev
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引用次数: 0

摘要

本文介绍了在Matlab CAD中处理音频信号的一种算法,给出了用数字滤波器和模拟滤波器对音频信号进行滤波的结果,并按规定的特性对它们进行了比较。工作的实际意义:学习信号处理算法,在Matlab中编写数字滤波器代码,掌握使用Micro-Cap 12 CAD进行无源滤波器和有源滤波器建模的技能。本工作可用于技术大学的学生学习模拟和数字滤波器的软件和工作原理,作为在家庭作业或实验室工作中使用专用软件Matlab和Micro-Cap 12进行计算的方法指南。实现了一个有源低通滤波器,并将其用作大学实践课程的展台。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Signal processing algorithm and modeling of digital and analog filters for solving various technical problems
The article describes an algorithm for processing an audio signal in Matlab CAD, presents the results of filtering it using digital and analog filters and their comparison by specified characteristics. Practical significance of the work: studying the signal processing algorithm, writing digital filter code in Matlab and gaining skills in using Micro-Cap 12 CAD for modeling passive and active filters. This work can be used to teach students of technical universities in the study of software and principles of operation of analog and digital filters, for use as a methodological guide when performing calculations in homework or laboratory work using specialized software Matlab and Micro-Cap 12. An active low-pass filter is implemented and used as a stand for practical classes at the university.
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