MODULE SPECIFICATION

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课程详述 COURSE SPECIFICATION 以下课程信息可能根据实际授课需要或在课程检讨之后产生变动如对课程有任何疑问, 请联系授课教师 The course information as follows may be subject to change, either during the session because of unforeseen circumstances, or

课程名称 Course Title 功率半导体器件与应用 Power Semiconductor Devices and Application. 授课院系 Originating Department 电子与电气工程系 Department of Electrical and Electronic Engineering. 课程编号 Course Code EE7.

1 课程详述 COURSE SPECIFICATION 以下课程信息可能根据实际授课需要或在课程检讨之后产生变动如对课程有任何疑问, 请联系授课教师 The course information as follows may be subject to change, either during the session because of unforeseen circumstances, or following review of the course at the end of the session. Queries about the course should be directed to the course instructor. 1. 课程名称 Course Title 功率半导体器件与应用 Power Semiconductor Devices and Application. 授课院系 Originating Department 电子与电气工程系 Department of Electrical and Electronic Engineering. 课程编号 Course Code EE7. 课程学分 Credit Value 课程类别 Course Type 授课学期 Semester 专业选修课 Major Elective Courses 春季及秋季 Spring and Fall 7. 授课语言 Teaching Language 中英双语 English & Chinese 8. 授课教师所属学系联系方式 ( 如属团队授课, 请列明其他授课教师 ) Instructor(s), Affiliation& Contact (For team teaching, please list all instructors) 化梦媛, 电子与电气工程系,huamy@sustc.edu.cn Mengyuan HUA, Department of Electrical and Electronic Engineering, huamy@sustc.edu.cn 9. 实验员 / 助教所属学系联系方式 Tutor/TA(s), Contact 无 NA 10. 选课人数限额 ( 可不填 ) Maximum Enrolment (Optional) 1

2 11. 授课方式讲授习题 / 辅导 / 讨论实验 / 实习其它 ( 请具体注明 ) 总学时 Delivery Method Lectures Tutorials Lab/Practical Other(Please specify) Total 学时数 Credit Hours 先修课程其它学习要求 Pre-requisites or Other Academic Requirements 后续课程其它学习规划 Courses for which this course is a pre-requisite EE0 固态电子学 Solid-State Electronics Or EE0 半导体器件导论 Introduction to Semiconductor Devices 无 NA 1. 其它要求修读本课程的学系 Cross-listing Dept. 无 NA 教学大纲及教学日历 SYLLABUS 15. 教学目标 Course Objectives 本课程通过对功率半导体器件驱动及保护电路交流 - 直流 (AC-DC) 变换电路直流 - 直流 (DC-DC) 交换电路直流 - 交流 (DC-AC) 变换电路交流 - 交流 (AC-AC) 变换电路软开关技术等内容的学习, 来培养学生理解掌握各种电力电子器件 ( 包括 pn 结,p-i-n 结,BJT,HBT,MOSFET,JFET, 晶闸管,IGBT,III-V 族宽禁带半导体器件等 ) 的基本工作原理基本特性主要参数和应用知识, 掌握磁性元器件电容原件的基本设计方法根据设计要求, 能够合理选择各种常用电力电子器件, 并能设计功率半导体器件的驱动缓冲保护等外围电路使学生掌握功率半导体器件设计理论和初步的设计制作经验, 为学生以后开展功率半导体器件领域的研究设计与应用开发做好铺垫 This course will involve the introduction of power semiconductor devices, driver and protection circuits, (AC-DC) rectifier, (DC-AC) inverter, (AC-AC) cycloconverter, (DC-DC) chopper, soft switching et al. Based on the study, students will understand the operation principles, electrical characteristics, basic performance and application of various power semiconductor devices (including pn junction, p-i-n junction, BJT, MOSFET, JFET, IGBT, III-V based power electronics, et al.,), as well as the fundamental design methodology of power semiconductor devices for applications in convertors and invertors. The students should have the ability of choosing suitable power devices to design the gate driver and protection circuit according to specific requirements. In general, this course will give students a good overview of the power semiconductor device techniques and applications, which will be helpful for their further investigation and study in the semiconductor field. 16. 预达学习成果 Learning Outcomes 通过功率半导体器件与应用的学习, 学生应达到以下要求 : 1. 熟悉功率半导体器件, 包括 pn 结,p-i-n 结,BJT,HBT,MOSFET,JFET, 晶闸管,IGBT,III-V 族宽禁带半导体器件等 ( 粗体表示要求有深刻理解 );. 熟悉交流 - 直流 (AC-DC) 变换电路直流 - 直流 (DC-DC) 交换电路直流 - 交流 (DC-AC) 变换电路交流 - 交流 (AC-AC) 变换电路软开关技术 ;. 了解功率半导体器件的驱动缓冲保护等外围电路 ;. 掌握各类电能变换的基本原理各电力电子变换装置的电路结构基本原理控制方法设计计算 ; 5. 具有初步设计调试分析电力电子变流装置的基本能力 The students will meet the requirements below after learning this course: 1. Familiar with power semiconductor devices, including p-n junction, p-i-n junction, BJT, HBT, MOSFET, JFET,

3 Thyristor, IGBT, III-V wide-bandgap power electronics, et al. (Bold means requiring in-depth understanding);. Understand the basic concepts of converters, including (AC-DC) rectifier, (DC-AC) inverter, (AC-AC) cycloconverter, (DC-DC) chopper, and soft switching techniques;. Know about the driver, snubber and protection circuits. Understand the basic operation principles of energy conversation and the circuit structure, design methodology, control principles of various power convertors; Have the ability of designing, adjusting, and analysis the power semiconductor convertors 17. 课程内容及教学日历 ( 如授课语言以英文为主, 则课程内容介绍可以用英文 ; 如团队教学或模块教学, 教学日历须注明主讲人 ) Course Contents (in Parts/Chapters/Sections/Weeks. Please notify name of instructor for course section(s), if this is a team teaching or module course.) 序号章节内容学时 1 绪论材料特性和输运物理异质结整流器 5 功率 MOS 场效应晶体管功率双极结型晶体管和晶闸管 6 绝缘栅双极晶体管 7 新型功率开关器件 8 功率半导体器件的驱动与保护功率半导体器件发展, 典型功率器件, 单极功率器件, 双击功率器件, 理想器件特性基本特性, 电阻率, 复合寿命, 击穿电压, 结终端设计功率二极管和 p-i-n 整流器基本原理, 金属 - 半导体接触, 导通阻断特性, 器件电容, 器件工艺, 应用, 和封装器件元胞结构和工作原理, 阻断电压, 正向导通特性, 功率 MOSFET 结构设计, 输运特性, 栅极电荷, 体二极管, 开关特性, 高频区域优化功率双极结型晶体管电流增益, 输出 / 导通 / 开关特性晶闸管工作原理, 结构和应用基本器件结构, 工作和输出特性, 通态阻断特性, 饱和电流模型, 功耗优化, 寿命控制技术宽禁带半导体功率器件 ( 包括 GaN HEMT, SiC MOSFET), 及其他新型功率开关器件晶体管的驱动与保护电流型自关断器件的驱动电压型自关断器件的驱动自关断器件的保护等内容 1 学时学时学时学时学时学时学时学时 9 课程期中考试课程期中测试学时交流 - 直流 (AC-DC) 变换直流 - 直流 (DC-DC) 交换直流 - 交流 (DC-AC) 变换交流 - 交流 (AC-AC) 变换单相可控整流电路三相可控整流电路可控整流的逆变工作状态电容滤波的不控整流电路整流电路的谐波及功率因数大功率整流电路等内容 DC-DC 变换的基本控制方式基本直流斩波电路晶闸管斩波器桥式可逆斩波器等内容逆变电路概述负载谐振式逆变电路强迫换流式逆变器逆变电路的多重化与多电平化 * 脉宽调制型 (PWM) 逆变电路 PWM 整流技术 * 等内容交流调压电路交 - 交变频电路矩阵式变换电路 * 等内容学时学时学时学时 1 谐振软开关技术谐振软开关电路学时 15 电力电子技术在电晶闸管 - 直流电动机调速系统晶闸管无换向器电机异步电机变频学时

4 气工程中的应用调速系统变速恒频发电有源电力滤波器 (APF) 不间断电源 (UPS) 静止无功补偿(SVC 静止无功发生器(SVG) 高压直流输电 (HVDC) 灵活交流输电系统(FACTS) 等内容, 可根据需要选择部分内容介绍 16 课程期末报告分组课程项目报告 6 学时 No. Chapter Content Period Development of power semiconductor devices, ideal and typical 1 Introduction power devices, Unipolar and bipolar power devices, ideal device 1 characteristics Material Properties Fundamental properties, carrier mobility, resistivity, recombination and Transport lifetime, breakdown voltage, edge termination design Physics Principles of power p-n and p-i-n rectifier, metal-semiconductor Heterojunction contact, forward conduction, reverse blocking, capacitance, Rectifier fabrication process, application, and seal Device cell structure and operation, reverse blocking, forward Power MOSFETs conduction, structure design, transfer characteristics, gate charge, body diode, switching performance and optimization for highfrequency application Bipolar Junction Power bipolar junction transistor structure, current gain, 5 Transistors and transfer/conduction/reverse blocking characteristics, thyristors work Thyristors principles, structure design and application Insulated Gate Basic device structures, forward operation and transfer 6 Bipolar Transistors characteristics, reverse blocking, model of saturation current, (IGBT) optimization of energy loss, lifetime control techniques 7 Next Generation Wide bandgap semiconductor power devices, GaN HEMT, SiC Power Switching MOSFET, and the other novel switching power devices Devices Driver and Protection Circuit Transistor driver and protection circuit, current-mode self-shutdown 8 for Power device driver, voltage-type self-shutdown device driver, selfshutdown Semiconductor device protection, etc. Devices 9 Mid-Term Test Mid-Term Test Single-phase controllable rectifier circuit, three-phase controllable 10 AC to DC Rectifier rectifier circuit, inverter working state of controlled rectifier, uncontrolled rectifier circuit of capacitor filter, harmonic and power factor of rectifier circuit, high-power rectifier circuit, etc. 11 DC to DC Chopper The basic control method of DC-DC conversion, basic DC chopper circuit, thyristor chopper, bridge reversible chopper and so on. 1 DC to AC Inverter Overview of inverter circuit, load resonant inverter circuit, forced commutation inverter, multi-level and multi-level inverter circuit, pulse width modulation (PWM) inverter circuit, PWM rectification

5 technology, etc.. 1 AC to AC Cycloconverter converter circuit, etc. AC voltage regulator circuit, AC-AC inverter circuit, matrix Resonant Soft 1 Switching Technology Resonant soft switching circuits Introduction to thyristor-dc motor speed control system, thyristor 15 commutator motor, asynchronous motor variable frequency speed Application of control system, variable speed constant frequency power Power Electronics generation, active power filter (APF), uninterruptible power supply Technology in (UPS), static reactive power compensation (SVC, Static var Electrical generator (SVG), high-voltage direct current (HVDC), flexible AC Engineering transmission system (FACTS), etc., can be selected according to the needs of some content. 16 Final Report Presentation by group 教材及其它参考资料 Textbook and Supplementary Readings Main Textbook B. J. Baliga, Fundamentals of Power Semiconductor Devices, Springer, 008,ISBN: Supplemental Textbooks B. El-Kareh and L. N. Hutter, Silicon Analog Components,Springer Publishing, 015, DOI / Farid Medjdoub and Krzysztof Iniewski, Eds., Gallium nitride (GaN) physics, devices and technology, CRC Press, 015, ISBN 评估形式 Type of Assessment 出勤 Attendance 评估时间 Time 课堂表现 Class Performance 小测验 Quiz 课程项目 Projects 0 平时作业 0 Assignments 期中考试 0 Mid-Term Test 期末考试 0 Final Exam 期末报告 0 课程评估 ASSESSMENT 占考试总成绩百分比 % of final score 违纪处罚 Penalty 备注 Notes 5

6 Final Presentation 其它 ( 可根据需要改写以上评估方式 ) Others (The above may be modified as necessary) 0. 记分方式 GRADING SYSTEM A. 十三级等级制 Letter Grading B. 二级记分制 ( 通过 / 不通过 ) Pass/Fail Grading 课程审批 REVIEW AND APPROVAL 1. 本课程设置已经过以下责任人 / 委员会审议通过 This Course has been approved by the following person or committee of authority 6

电子技术基础 ( 第版 ) 3. 图解单相桥式整流电路 ( 图 4-1-3) 电路名称电路原理图波形图整流电路的工作原理 1. 单相半波整流电路 u 1 u u sin t a t 1 u 0 A B VD I A VD R B

电子技术基础 ( 第版 ) 3. 图解单相桥式整流电路 ( 图 4-1-3) 电路名称电路原理图波形图整流电路的工作原理 1. 单相半波整流电路 u 1 u u sin t a t 1 u 0 A B VD I A VD R B 直流稳压电源第 4 章 4.1 整流电路及其应用学习目标 1. 熟悉单相整流电路的组成, 了解整流电路的工作原理. 掌握单相整流电路的输出电压和电流的计算方法, 并能通过示波器观察整流电路输出电压的波形 3. 能从实际电路中识读整流电路, 通过估算, 能合理选用整流元器件 4.1.1 认识整流电路 1. 图解单相半波整流电路 ( 图 4-1-1) 电路名称电路原理图波形图 4-1-1. 图解单相全波整流电路