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所在平台: Udemy |
课程主页: https://www.udemy.com/course/advanced-circuit-analysis/
课程评论:没有评论
**高级电路分析** 本课程旨在帮助您轻松分析任何电路。与交流分析中的技术不同,高级分析适用于您遇到的任何电路。我们将重点讲解一些基础的数学概念,以帮助您解决电路问题。本课程不仅提供电路信息,还会花费大量时间讲解相关的数学概念。 **课程内容概览:** 1. **拉普拉斯变换入门** * 拉普拉斯变换的定义 * 拉普拉斯变换的性质 * 拉普拉斯逆变换 * 卷积积分 2. **拉普拉斯变换的应用** * 电路元件 * 电路分析 * 传递函数 * 状态变量 3. **傅里叶级数** * 三角傅里叶级数 * 对称性考虑 * 电路应用 * 平均值和RMS值 * 指数傅里叶级数 4. **傅里叶变换** * 傅里叶变换的定义 * 傅里叶变换的性质 * 电路应用 * Parseval 定理 * 拉普拉斯变换与傅里叶变换的比较 5. **双端口网络** * 阻抗参数 * 导纳参数 * 混合参数 * 传输参数 * 参数之间的关系 * 网络的互联 我们将以极小的细节涵盖以上所有主题。您可以通过可用渠道随时联系我们的讲师,并提出您在学习过程中遇到的任何问题。
Advanced Circuit Analysis will help you to analyze any given circuit with ease. Rather than the techniques in AC Analysis, Advanced Analysis is applicable to any circuit you have. The only necessity we have is to cover some mathematical concepts that will help us to solve any circuit. In our course, we are not only giving the circuit information but also spend a fair amount of time on the mathematical concepts. The syllabus can be found below ;1-) Introduction to Laplace Transformation - Intro- The Definition of Laplace Transform- Properties of Laplace Transform- The Inverse Laplace Transform- The Convolution Integral2-) Applications of the Laplace Transform- Intro- Circuit Elements- Circuit Analysis- Transfer Function- State Variables3-) The Fourier Series- Intro- Trigonometric Fourier Series- Symmetry Considerations- Circuit Applications- Average Value and RMS Values- Exponential Fourier Series4-) Fourier Transform- Intro- Definition of Fourier Transform- Properties of the Fourier Transform- Circuit Applications- Parseval's Theorem- Comparison between Laplace and Fourier Transform5-) Two Port Networks - Intro- Impedance Parameters- Admittance Parameters- Hybrid Parameters- Transmission Parameters- Relationship between Parameters- Interconnection of NetworksAll the above topics will be covered with the tiniest detail during the course. Feel free to ask anything you have in your mind to our instructors, you can reach out to us any time you want via the available channels.