國立嘉義大學105學年度第2學期教學大綱

課程代碼105234B0053上課學制大學部
課程名稱交換式電源供應器設計 Switched-Mode Power Supply Design授課教師 (師資來源)謝宏毅(電機系)
學分(時數)3.0 (3.0)上課班級電機系3年甲班
先修科目必選修別選修
上課地點理工大樓 A16-103 授課語言國語
證照關係本課程有助於電子電機類各證照之考取。晤談時間星期2第F節~第A節, 地點:A16-322 星期3第A節~第B節, 地點:A16-322
課程大網網址https://web085004.adm.ncyu.edu.tw/Syllabus/Syllabus_Rpt.aspx?CrsCode=105234B0053
備 註本課程有助於電子電機類各證照之考取。
本課程之教學主題、內容或活動是否與性別平等議題有相關之處：否本課是否使用原文教材或原文書進行教學：是

◎系所教育目標：
配合國家產業發展需要，本系以培育優質電機科技人才為目的。在教學上並重理論及實作的探
討，以期待培育出具有深厚電資基礎並能實際應用的科技人才，在專業必修中涵蓋所有電機系所需之基礎理論；在專業選修中分電子與系統兩組之課程地圖規劃；並有畢業專題製作，使學生有紮實基礎，作為日後的升學就業準備。在整合專業與智能心性下完成學生具「經業以恆、思辨以弘、勵志以高、經世以遠」之教育目標。
◎核心能力關聯性
1.強化學生的創造力5 關聯性最強
2.培養分析問題的能力5 關聯性最強
3.培養技術應用的基礎能力5 關聯性最強
◎本學科學習目標：
本學科教學目標以培育高級之交換式電源供應器設計與電力電子技術之科技人才為目標，奠定學生堅實的專業學科素養，培養學生具備發掘、分析與解決問題之能力，使學生擁有紮實的基礎，作為日後繼續深造或職場就業的準備。
◎教學進度：
週次主題教學內容教學方法
01
02/20		Basic Topologies (I)(1) Introduction
(2) The Topology
(3) Basic Operation
(4) Design Relationships
(5) Peak and RMS Currents		作業/習題演練、操作/實作、口頭報告、講授、討論。
02
02/27		Basic Topologies (II)(1) Transistor Stress and Leakage Spikes
(2) Power Transistor Losses
(3) Output and Input Limitations
(4) Circuit Design Examples
(5) Filter Design Relations		作業/習題演練、操作/實作、口頭報告、講授、討論。
03
03/06		Advanced in Circuit Design of the Buck & Boost Switching Regulator Topologies (I)(1) Introduction
(2) The Topology
(3) Basic Operation
(4) Design Relationships
(5) Peak and RMS Currents		作業/習題演練、操作/實作、口頭報告、講授、討論。
04
03/13		Advanced in Circuit Design of the Buck & Boost Switching Regulator Topologies (II)(1) Transistor Stress and Leakage Spikes
(2) Power Transistor Losses
(3) Output and Input Limitations
(4) Circuit Design Examples
(5) Filter Design Relations		作業/習題演練、操作/實作、口頭報告、講授、討論。
05
03/20		Advanced in Circuit Design of the Push-Pull Converter Topology (I)(1) Introduction
(2) The Topology
(3) Basic Operation
(4) Design Relationships
(5) Peak and RMS Currents		作業/習題演練、操作/實作、口頭報告、講授、討論。
06
03/27		Advanced in Circuit Design of the Push-Pull Converter Topology (II)(1) Transistor Stress and Leakage Spikes
(2) Power Transistor Losses
(3) Output and Input Limitations
(4) Circuit Design Examples
(5) Filter Design Relations		作業/習題演練、操作/實作、口頭報告、講授、討論。
07
04/03		Advanced in Circuit Design of the Forward Converter Topology (I)(1) Introduction
(2) The Topology
(3) Basic Operation
(4) Design Relationships
(5) Peak and RMS Currents		作業/習題演練、操作/實作、口頭報告、講授、討論。
08
04/10		Advanced in Circuit Design of the Forward Converter Topology (II)(1) Transistor Stress and Leakage Spikes
(2) Power Transistor Losses
(3) Output and Input Limitations
(4) Circuit Design Examples
(5) Filter Design Relations		作業/習題演練、操作/實作、口頭報告、講授、討論。
09
04/17		Midterm ExamMidterm ExamMidterm Exam。
10
04/24		Advanced Circuit Design of The Half-Bridge Converter Topology (I)(1) Introduction
(2) The Topology
(3) Basic Operation
(4) Design Relationships
(5) Peak and RMS Currents		作業/習題演練、操作/實作、口頭報告、講授、討論。
11
05/01		Advanced in Circuit Design of the Half-Bridge Converter Topology (II)(1) Transistor Stress and Leakage Spikes
(2) Power Transistor Losses
(3) Output and Input Limitations
(4) Circuit Design Examples
(5) Filter Design Relations		作業/習題演練、操作/實作、口頭報告、講授、討論。
12
05/08		Advanced in Circuit Design of the Full-Bridge Converter Topology (I)(1) Introduction
(2) The Topology
(3) Basic Operation
(4) Design Relationships
(5) Peak and RMS Currents		作業/習題演練、操作/實作、口頭報告、講授、討論。
13
05/15		Advanced in Circuit Design of the Full-Bridge Converter Topology (II)(1) Transistor Stress and Leakage Spikes
(2) Power Transistor Losses
(3) Output and Input Limitations
(4) Circuit Design Examples
(5) Filter Design Relations		作業/習題演練、操作/實作、口頭報告、講授、討論。
14
05/22		Advanced in Circuit Design of the Flyback Converter Topology (I)(1) Introduction
(2) The Topology
(3) Basic Operation
(4) Design Relationships
(5) Peak and RMS Currents		作業/習題演練、操作/實作、口頭報告、講授、討論。
15
05/29		Advanced in Circuit Design of the Flyback Converter Topology (II)(1) Transistor Stress and Leakage Spikes
(2) Power Transistor Losses
(3) Output and Input Limitations
(4) Circuit Design Examples
(5) Filter Design Relations		作業/習題演練、操作/實作、口頭報告、講授、討論。
16
06/05		Advanced in Circuit Design of the Current-Mode & Current-Fed Conveter Topologies (I)(1) Introduction
(2) The Topology
(3) Basic Operation
(4) Design Relationships
(5) Peak and RMS Currents		作業/習題演練、操作/實作、口頭報告、講授、討論。
17
06/12		Advanced in Circuit Design of the Current-Mode & Current-Fed Conveter Topologies (II)(1) Transistor Stress and Leakage Spikes
(2) Power Transistor Losses
(3) Output and Input Limitations
(4) Circuit Design Examples
(5) Filter Design Relations		作業/習題演練、操作/實作、口頭報告、講授、討論。
18
06/19		Final ExamFinal ExamFinal Exam。
◎課程要求：
預修科目：物理學、電子學、電力電子學。
◎成績考核
小考15% : 各項成績考核百分比，得依情況適時調整。
期中考40% : 各項成績考核百分比，得依情況適時調整。
期末考45% : 各項成績考核百分比，得依情況適時調整。

補充說明：各項成績考核百分比，得依情況適時調整。
◎參考書目與學習資源
Introduction to Power Electronics by Daniel W. Hart
Power Electronics: Converters, Applications, and Design by Ned Mohan, Tore M. Undeland, and William P. Robbins
Fundamentals of Power Electronics by Robert W. Erickson and Dragan Maksimovic
http://en.wikipedia.org/wiki/Power_electronics
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