課程名稱電力電子 (Power Electronics) 【永久課號:IEC5556
授課老師鄒應嶼 教授  [Prof. Ying-Yu Tzou]  (研究室EE713, 分機:31697)

課程講義

【電力電子】01:Power Electronics - An Introduction講義

【電力電子】02:Power Semiconductor Devices講義

【電力電子】03:Fundamental Theory for Power Electronics講義

【電力電子】04:Computer Simulation of Switching Converters講義】 

【電力電子】05:DC-DC Converters【講義】 

【電力電子】06:DC-DC Converters - Topologies, Modeling, and Control 

【電力電子】07:CH02 Buck PWM DC–DC Converter   

【電力電子】08:CH09 Small-Signal Models of PWM Converters for CCM and DCM   

【電力電子】09:CH10 Small-Signal Characteristics of Buck Converter for CCM   

【電力電子】10:CH12 Voltage-Mode Control of PWM Buck Converter   

【電力電子】11:CH14 Current-Mode Control   

【電力電子】12:Utility Interface and PFC   

【電力電子】13:PWM DC-AC Inverters  

 

作業

 

作業內容

出題時間

繳交期限

備註

       

 

 

 

 

 

        ※作業請於繳交期限前e-mail至課程助教。(Please mail the PDF file of HW to the teaching assistant before deadline.)

        ※若有任何疑問請與助教聯繫。(Please contact TA by e-mail if you have any problem about HW submission.)

        課程助教 (Teaching assistant):陳奕誠
        助教實驗室:EE808 分機54413  E-mail: st60103pp@gmail.com

學分數3(研究所選

課程目標

本課程介紹電力電子的理論基礎,強調以模擬為主的電力電子系統分析方法,課程內容包含電力電子簡介、電力電子元件、開關式轉換器、PWM開關技術、諧振式開關技術、Soft PWM開關技術、開關式轉換器的模型化方法、電腦模擬與控制迴路設計、基本功率元件的特性、散熱分析與設計、雜訊防制技術,EMI/EMC電磁干擾與相容技術等。

課程綱要

 

單元主題

內容綱要

Fundamentals Review

1. Recent Development of Power Electronics
2. Fundamental Principles of Power Electronics

AC/DC Converters

1. Analysis of Uncontrolled Rectifier
2. Analysis of Phase-Controlled AC/DC Converters
3. CAD of Power Electronics Systems
4. PWM Controlled AC/DC Converters

DC/DC Converters

1. PWM DC/DC Converters
2. PWM Inverter and Modulation Techniques
3. Small Signal Modeling and Simulation
4. Control Loop Design

Resonant Converters

1. Soft Switching
2. Resonant Converters
3. ZVS & ZCS Design
4. Phase-Shifted PWM

 

教學要點概述

一、學期作業

1. A Study Report of Recent Development of Power Electronics
2. Waveform Analysis of a Single-Phase AC/DC Rectifier
3. Calculation of Current and Voltage THD of a Single-Phase AC/DC Rectifier
4. Waveform Analysis of a Buck Converter
5. Simulation of Dynamic Response of a Buck Converter
6. Simulation of Dynamic Response of a PWM Inverter
7. Simulation of Dynamic Response of a PFC Converter
8. Simulation of Dynamic Response of a Resonant Buck Converter
9. Term Report

二、考試狀況

1. Midterm Examination
2. Final Term Report (Presentation)

參考書目

  1. N. Mohan, T. M. Undeland, and W. P. Robbins, Power Electronics: Converters, Applications and Design, John Wiley & Sons, 3rd Edition, 2003.

課程進行方式、課程要求及評分標準

  • 上課時間:週三上午9:00~12:00

  • 成績計算:作業60%、期中考20%、期末報告20%.

  • 期末專題:修課同學根據推薦的研究主題進行專題研究,將研究結果撰寫一份報告並進行隨堂簡報。

  • 修課態度:主動發問(列入成績加分)、準時上課、準時繳交作業。

 

Last Update: 2017/09/19

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