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All About Phase

机译:所有关于阶段

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摘要

While students generally demonstrate an intuitive understanding of transfer function magnitude terms such as low pass and band pass, they are often bewildered by the concepts of phase and its relationship to delay. We find that although students can easily learn the formulas and demonstrate the computer commands necessary to produce phase plots, they frequently cannot explain what the plot means, or how they might determine whether or not their implementation of a particular filter matches the theoretical phase response. To address this gap in student learning, we are experimenting with a set of lecture notes and corresponding hands-on laboratory experiments specifically dealing with system phase and delay relationships. Our preliminary results indicate that this special treatment of phase is both effective and efficient for increasing student confidence and ability in handling phase-related engineering questions.
机译:虽然学生通常表现出对传递函数幅度项(例如低通和带通)的直观理解,但他们常常对相位及其与延迟的关系的概念感到困惑。我们发现,尽管学生可以轻松地学习公式并演示生成相位图所必需的计算机命令,但他们经常无法解释该图的含义,或者他们无法确定他们对特定滤波器的实现是否与理论相位响应相匹配。为了解决学生学习中的这一空白,我们正在尝试一系列讲义和相应的动手实验,专门处理系统相位和延迟关系。我们的初步结果表明,这种特殊的阶段处理方法对于提高学生对阶段相关的工程问题的信心和能力既有效又有效。

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