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所在平台: Udemy |
课程主页: https://www.udemy.com/course/the-tao-of-phasor-fourier-laplace-and-lti-systems/
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**课程名称:** 解锁电路分析：傅里叶、拉普拉斯与LTI系统 **课程概述:** 本课程是“相量之道”系列中的第二门课程，旨在帮助学员打下坚实的工程基础，特别是信号与系统方面的基础。课程不仅是数学知识的传授，更侧重于概念的“Why”而非“How”，通过高质量内容、深刻的讲解和引人入胜的叙述，深入浅出地讲解傅里叶及拉普拉斯变换等复杂概念，并探讨其概念的演变过程，帮助学员理解信号与系统在电气工程中的关键作用。 **课程目标:** * 全面掌握从傅里叶级数到拉普拉斯变换等信号与系统的核心概念。 * 具备将这些概念应用于实际场景的知识和技能。 * 构建扎实的理论基础，成为一名全面的工程师。 **课程亮点:** * 欧拉定理与欧拉公式 * 傅里叶级数与傅里叶变换（包括正弦余弦形式、幅度-相位形式、复指数形式） * 分析信号的频率内容 * 傅里叶变换及其逆变换 * 幅度谱与相位谱 * 傅里叶变换的局限性 * 拉普拉斯变换的定义 * 拉普拉斯变换在信号与系统中的应用 * 使用传递函数描述系统 * 时不变系统 * 线性时不变（LTI）系统与卷积 * 冲激响应与传递函数 * 瞬态仿真与交流（AC）仿真 * 深入探讨各种变换的本质与应用
A strong foundation in the fundamentals lies at the core of every great engineer.Are you struggling to grasp the fundamentals of signals and systems?Do you often find yourself struggling to understand Fourier and Laplace Transforms?Look no further than "Unlocking Circuit Analysis: Fourier, Laplace and LTI Systems" - The second course in The Tao of Phasor Series.This course is more than just a math lesson:Our high-quality content, insightful lessons, and engaging storytelling will guide you through this complex subject matter, and you'll find them so easy to understand.Our focus is on the WHY, not just the HOW, and we'll explore the evolution of these concepts.We'll explain the fundamental principles behind signals and systems, providing you with a solid foundation for your electrical engineering journey.You'll see that signals and systems are not just abstract concepts, but a KEY to unlock the secrets of electrical engineering.By the end of this course:You'll have a comprehensive understanding of signals and systems, from Fourier series to Laplace transforms.You'll have the knowledge and skills to apply these concepts in real-world scenarios.You'll be equipped with a solid foundation that will make you a well-rounded engineer.Join us on this journey and unlock the secrets of signals and systems!Course Highlights:Euler & Euler's FormulaFourier & Frourier SeriesSine-Cosine Form, Amplitude-Phase Form, Complex-Exponential FormExamine Frequency ContentsFourier Transform and Inverse Fourier TransformAmplitude Spectrum and Phase SpectrumThe Problem of Fourier TransformDefinition of Laplace TransformLaplaceSignals and SystemsUse Transfer Functions to Describe SystemsTime-Invariant SystemsLinear Time-Invariant Systems and ConvolutionImpulse Response and Transfer FunctionTransient SimulationAC SimulationWhat exactly has it transformed?EssenceApplications
