本课程是微电子技术学科研究生阶段的专业学位课程，是通向模拟集成设计工程师的桥梁。课程讨论模拟集成电路的分析与设计，既着重基本原理，也要使学生了解到微电子领域内模拟集成电路的最新研究成果和科学成就。由于模拟电路设计既需要直觉又要求严谨，每个概念首先从直观开始引入，然后逐步地进行仔细分析。其目的是既要建立坚实的理论基础，又要通过观察逐步掌握分析电路的方法，使学生学习到：在那些电路中可以使用怎样的近似方法，在每个近似方法中有多大的预期误差。本课程包括以下内容：集成电路有源器件物理基础；双极、MOS和BiCMOS工艺技术；单级和多级放大器电路的分析与设计；电流镜、有源负载和基准源电路的分析与设计；输出级电路的分析与设计；运算放大器的分析与设计；集成电路的频率响应；电路的反馈及稳定性分析。该课程的教学内容涵盖了模拟集成电路设计的基础知识，并在具体电路分析的工程中穿插了该领域的最新成果，本课程将及时地把国内外的最新研究成果有机地融合到课堂教学中，使同学们能够及时了解模拟集成电路领域的最新进展。本课程的教学方式以多媒体课堂教学为主，并辅以课外上机仿真和设计练习和项目设计训练，以多媒体教学方式可以给学生提供更多的直观信息，通过上机仿真和项目设计训练使学生对于模拟集成电路的设计方法和流程有了更为感观的认识，同时提高了学生的实践和动手能力。同时本课程采用英文原版教材，并采用双语教学方式，使学生在模拟集成电路设计方面有了较高的起点和基础。

Theory and design of analog integrated circuits is the degree course for microelectronic graduate students. It is intended to be a bridge to an analog IC design engineers. This course deals with the analysis and design of analog integrated circuits, emphasizing fundamentals as well as new paradigms that students and practicing engineers need to master in today’s industry. Since analog design requires both intuition and rigor, each concept is first introduced from an intuitive perspective and subsequently treated by careful analysis. The objective is to develop both a solid foundation and methods of analyzing circuits by inspection so that the students learn what approximation.This course include under contents: models for integrated circuit active device; Bipolar, MOS and BiCMOS integrated circuit technology; single-transistor and multiple-transistor amplifiers; current mirror, active loads and reference; output stage; Operational Amplifiers with single-ended outputs; frequency response of integrated circuits; feedback, frequency response and stability of feedback amplifiers. The teaching contents cover basic concepts of analog integrated circuits design. And new research achievement of analog IC design is presented during course teaching. Students will know new development of this field.