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所在平台: Udemy |
课程主页: https://www.udemy.com/course/fundamental-of-power-electronics/
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课程名称：MATLAB Simulink电力电子基础 课程概述： 本课程旨在涵盖电力电子学的基础知识，帮助学生理解这一主题，支持研究人员开展电力电子设计，并满足好奇者的疑问。课程系统性地组织内容，以逻辑方式填补知识空缺，从基本概念逐步深入到电力电子转换器的高级理解。 课程结构： - 第一章将介绍电力电子的主题，包括定义和不同半导体的工作原理。 - 第二章将涵盖分析和设计电力转换器所需的数学工具。 - 第三章将研究整流器及其多种拓扑结构。 - 随后，第四、五和六章分别将讨论DC-DC转换器、DC-AC转换器和AC-AC转换器，所有不同的电力转换器将通过MATLAB/SIMULINK软件进行实现，以便学生开始设计转换器并支持研究人员进行新型转换器的探索。 章节详细信息： - 第一章：导论 - 包括导言和示例设计 - 第二章：电力计算 - 包括功率和能量、感应器、电容器和能量回收、有效值RMS、视在功率和功率因数 - 第三章：整流器 - 包括无控整流器、有阻性负载的性能参数、三相无控整流器以及有阻性-感性负载的整流器等 - 第四章：DC-DC转换器 - 介绍多种类型的DC-DC转换器，包括降压、升压和Cuk转换器等 - 第五章：DC-AC转换器（逆变器） - 介绍正弦波逆变器、三相逆变器等 - 第六章：AC-AC转换器 - 涵盖单相和三相全波控制等内容 本课程承诺30天内退款保证，同时我始终可以解答您在学习过程中遇到的任何问题，确保内容清晰。期待在课程中见到您！
This course was made to cover the Fundamental of Power Electronics needed for a student to understand this subject, for a researcher to start working on power electronic design, and for a curious person to satisfy them with answers to their questions. The course organized in systematic way in order to fill the gaps with logical means. The course will take the student from basic level to advanced level of understanding how different power electronic converters operate. First chapter will introduce the student to the topic with definitions and how different semiconductor work. In the second chapter, mathematical tools needed to analyze and design power converters will be covered. then in the third chapter, Rectifiers will be studied and various topologies will be shown. after that, chapter 4,5 and 6 will cover DC-DC Converters, DC-AC Converters, and AC-AC Converters respectively, and all different power converters will be implemented using MATLAB/SIMULINK software in order to give the student the opportunity to start designing converters and pursue novel converters for researchers.Detailed information about chaptersChapter 1: Introduction - Introduction A- Introduction B - Example DesignChapter 2: Power Computations - Power and Energy- Inductors,Capacitors and Energy Recovery- Effective Values RMS- Apparent Power and Power FactorChapter 3: Rectifiers- Introduction - Uncontrolled Rectifiers with Resistive Load- Rectifier Performance Parameters- Uncontrolled Three Phase Rectifiers- Uncontrolled Rectifiers with Resistive-Inductive Load- Controlled Single Phase Rectifier with Resistive Load - Controller Single Phase Rectifier with RL Load - Controlled Three Phase RectifiersChapter 4: DC-DC Converters - Introduction - Buck Converter 1- Buck Converter 2- Transformer based version of Buck Converter - Boost Converter - Buck-Boost and Flyback Converters - Cuk Converter- SEPIC Converter- Pulse Width Modulation (PWM)Chapter 5: DC-AC Converter (Inverter)- Introduction- Square Wave Inverter- Fourier Series Analysis and Total Harmonic Distortion- Filtering and Sine PWM- Three Phase Inverter- Multilevel InverterChapter 6: AC-AC Converter- AC-AC Converter 1- AC-AC Converter 2- Single Phase Full Wave Controller with RL load - Three Phase Full Wave ControllerRemember that Udemy offers a 30-day money-back guarantee. I am also always available for questions while you go through the course to ensure everything is clear.See you in the course!
