课程安排：分为两大部分一、Electronic Circuit Analysis and Design （20学时） Semiconductor Materials and Diodes；Diode Circuits The Bipolar Junction Transistor;Basic BJT Amplifiers;Basic FET Amplifiers The Field-Effect Transistor Frequency Response Output Stages and Power Amplifiers;The Ideal Operational Amplifier Integrated Circuit Biasing and Active Loads Feedback and Stability二、Topology Analysis and Design of Power Electronic Supplies （30学时） Fundamentals of Power Electronics Principles of Steady-State Converter Analysis Steady-State Equivalent Circuit Modeling, Losses, and Efficiency Switch Realization The Discontinuous Conduction Mode Converter Circuits Basic DC-DC Converters PFC Topology Modern Rectifiers and Power System Harmonics EMI and EMC三、Discussion （6学时）学生要求：再学习的过程中，通过练习和实践，掌握电路优化设计中的PSPICE、EWB和MatLab仿真软件的计算机仿真、设计和验证电路拓扑，应用Protel完成PCB制作等应用技术。

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1。平时课堂听讲、课堂讨论情况；占20%。2。综合性大作业完成情况；40%。3。课程考试；40%。

• 1. Donald A.Neamen;Electronic Circuit Analysis and Design;电子工业出版社;2003年2. Fundamentals of Power Electronics;Second Edition; By Robert Warren Erickson3. 阮乃忠;综合电子电路应用指南;机械工业出版社;2004年