Holiday
ENG I工一 213 T6T7T8
This is a course for graduate students with basic eletronics background and intention to explore the power electronics technology in depth. In the course covers topics from basic power switches to power factor correcting methods, you will learn basics of the simualtion tools for design and verification of power electronic circuits. The textbook is mainly adequate for meeting this course purposes; but, there are better books in the market and not refereed because of availability from local bookstores.
Course keywords: Power Devices, Conveter Circuits, ANSYS Behavior Models, CAE Analysis 1. course Description This is a course for students with basic eletronics background and intention to explore the power supply technology in depth. In the course, topics from basic power switches to power factor correcting methods, you will learn basic the uses of simualtion tools for design and verification of circuits. The textbook is mainly adequate for meeting this course purposes; but, there are better books in the market and not refereed because of availability from local bookstores. 2. Testbook:R. W. Erickson and D Maksimovic, Fundamentals of Power Electronics, Kluwer Academic Publishers, 2nd Ed., Student Ed., ISBN-0-7923- 7270-0, 2001. 3. References 1)E. Ramshaw and D. C. Shuurman, PSpice Simulations of Power Electronics Circuits. 2)S. Miniktala, 交換式電源供應器設計與最佳化,麥格西爾出版社,2007年。 3)Simplorer v7, Getting Started: Introduction to Modeling with SIMPLORER, Ansoft Corp., Pittsburgh PA, U. S. A. July, 2004. 4. Teaching Method: lectures will be delivered according to the course contents with bi-weekly assigned homework problems. Simulation tools will also be illustrated during the class hours with TAs being assigned for helping students adapting the tools. Office hours will be posted for both the teacher and TAs for disscussion of extra-credit projects. 5. Syllabus CAE Simulation Tools- ANSYS Simplorer; Switching Devices; Power Conversions; Basic Magnetic Theory; Inductors; Transformers; AC/DC Power Supplies; DC/DC Power Supplies; EMI and EMC; Power Factor Correcting. Wind Power Systems; Solar Power Systems. 6. Evaluation Homework problems assigned bi-weekly (500%); Mid-term Exam (20%): Project(30%). 7. Websites: iLMS網站 8. The course would NOT encourage the use of AI for any homework.
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Average Percentage 87
Std. Deviation 3.05
動機系碩士班電控組課程
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