Teaching
EE112 模拟集成电路I(Analog Integrated Circuits I)[本科生课程]
本课程讲授模拟集成电路设计的原理和方法，是集成电路设计领域重要的基础课。授课内容包括集成电路工艺基础、单级放大电路、电流镜和电压基准、频率响应、反馈理论、运算放大器设计等。使学生在相关领域具备初步的工程实践动手能力，并为在集成电路设计领域深造打下关键基础。
The course covers the principles and methods of analog integrated circuit design. The content includes integrated circuit fabrication basics, single-stage amplifier circuits, current mirrors and voltage references, frequency response, feedback theory, operational amplifier design, and more. It aims to equip students with preliminary hands-on engineering skills in relevant fields and lays a critical foundation for further study in the field of integrated circuits and systems design.
EE217 射频集成电路(Radiofrequency Integrated Circuits)[本研一体课程]
授课内容包括射频系统中的基本概念、无线通信系统和收发机结构、调制、低噪声放大器、混频器、振荡器等。使研究生或高年级本科生全面深入了解和掌握射频通信集成电路设计相关的基本概念和分析方法，具备初步设计关键射频电路模块的能力，为从事相关工程项目和科学研究打下坚实的理论和工程基础。
The course content includes basic concepts in RF systems, wireless communication systems, transmitter and receiver structures, modulation, low noise amplifiers, mixers, oscillators, and more. It aims to provide graduate students or senior undergraduates with a comprehensive and in-depth understanding of basic concepts and analytical methods related to RF communication integrated circuit design. Students will develop the ability to preliminarily design key RF circuit modules, laying a solid theoretical and engineering foundation for engaging in related engineering projects and scientific research.
EE212 模拟集成电路II(Analog Integrated Circuits II)[本研一体课程]
在“模拟集成电路Ⅰ”的基础上，通过对噪声、非线性、稳定性、运算放大器补偿技术等知识的系统性学习，使学生对模拟集成电路领域形成从晶体管小信号模型到系统的全方位理解，并通过课程设计掌握运算放大器电路的分析和设计，为从事模拟集成电路设计相关工作打下良好的基础。
Based on Analog Integrated Circuits I, through systematic learning of knowledge such as noise, nonlinearity, stability, and operational amplifier compensation techniques, students will develop a comprehensive understanding of the field of analog integrated circuits, from the small-signal model of transistors to system-level concepts. Through course design, they will master the analysis and design of operational amplifier circuits, laying a solid foundation for pursuing work related to analog integrated circuit design.