《模拟集成电路分析与设计》教学大纲（英文版） Course Name:Analysis and Design of Course Number: Class Hours: Analog Integrated Circuit Credits:2.5 50 0208096202 School:School of Electronic Science Students:(v)Master /(v Semester:(V)Fall/()Spring Engineering Ph.D 先修课程：Semiconductor Device,Semiconductor Technique,Basic of Analog Circuit 1.Course Objectives Analog Integrated Circuit is a most important part of IC.After learning this curriculum,the students can understand the configurations and characteristics of the elements in analog IC, handle the configurations and characteristics of the basic amplifiers,the structures and stabilities of the important amplifiers,and the system design methods of the amplifiers.Furthermore,they can handle the configurations and the basic design method of the fully-differential amplifiers, Multi-stage amplifier,the current input amplifiers,the rail to rail amplifiers,and the four kinds of feedback amplifiers.The capability in analysis and design of analog integrated circuit of the students can be trained and improved after learning this curriculum. 2.Course Content and Requirements Chapter1 Models for Integrated-Circuit Active Devices(hours:4) §1.1 PN Junction(1h) $1.2 Large-Signal and Small-Signal Models of Bipolar Transistors(1h) $1.3 Large-Signal and Small-Signal Models of MOS Transistors(1.5h) 51.4 Comparison of BJT and MOS transistors(0.5h) The keys of this chapter are the models of the active devices,including PN junction,BJT,and MOSFET.The big signal models and the small signal models of the active devices are also introduced in this chapter. The students should know how to give out the design plan according to the characteristics of the devices in ICs after learn this chapter. Chapter2 Amplifiers,Source Followers Cascodes(hours:4) 52.1 Single-transistor amplifiers(2h) S2.2 Source followers(1h) $2.3 Cascodes(2h) This chapter introduces the gains,the bandwidths,the GBWs,the big signal models and the small signal models and the AB amplifiers of the single-transistor amplifiers from the shallower to the deeper.The students should know the CL load,the output impedance,the active L of the source follower and handle the calculating methods of the output impedance and the gain of the cascodes. ·6.·6· 《模拟集成电路分析与设计》教学大纲（英文版） Course Number： 0208096202 Course Name: Analysis and Design of Analog Integrated Circuit Class Hours： 50 Credits：2.5 Semester: (√)Fall/( )Spring School: School of Electronic Science & Engineering Students: (√) Master / (√ ) Ph.D. 先修课程：Semiconductor Device, Semiconductor Technique, Basic of Analog Circuit 1. Course Objectives Analog Integrated Circuit is a most important part of IC. After learning this curriculum, the students can understand the configurations and characteristics of the elements in analog IC, handle the configurations and characteristics of the basic amplifiers, the structures and stabilities of the important amplifiers, and the system design methods of the amplifiers. Furthermore, they can handle the configurations and the basic design method of the fully-differential amplifiers, Multi-stage amplifier, the current input amplifiers, the rail to rail amplifiers, and the four kinds of feedback amplifiers. The capability in analysis and design of analog integrated circuit of the students can be trained and improved after learning this curriculum. 2. Course Content and Requirements Chapter1 Models for Integrated-Circuit Active Devices ( hours: 4 ) §1.1 PN Junction (1h) §1.2 Large-Signal and Small-Signal Models of Bipolar Transistors (1h) §1.3 Large-Signal and Small-Signal Models of MOS Transistors (1.5h) §1.4 Comparison of BJT and MOS transistors (0.5h) The keys of this chapter are the models of the active devices, including PN junction, BJT, and MOSFET. The big signal models and the small signal models of the active devices are also introduced in this chapter. The students should know how to give out the design plan according to the characteristics of the devices in ICs after learn this chapter. Chapter2 Amplifiers, Source Followers & Cascodes (hours: 4) §2.1 Single-transistor amplifiers (2h) §2.2 Source followers (1h) §2.3 Cascodes (2h) This chapter introduces the gains, the bandwidths, the GBWs, the big signal models and the small signal models and the AB amplifiers of the single-transistor amplifiers from the shallower to the deeper. The students should know the CL load, the output impedance, the active L of the source follower and handle the calculating methods of the output impedance and the gain of the cascodes