# EE5390

**Source**: https://www.ee.iitm.ac.in/~ani/2013/ee5390/
**Parent**: https://www.ee.iitm.ac.in/ani/

# **Basic Course Information**

- Instructor: S. Aniruddhan
- Email: ani AT ee\*iitm\*ac\*in- - Office: ESB246A- - Office Hours: By appointment (email)- - Class Times: B-slot\
              M: 9-9:50am\
              Tu: 8-8:50am\
              W: 12-12:50pm\
              F: 11-11:50am\
              Th: 5:00-5:50pm (makeup classes in ESB127)- - Class Location: ESB106- - Prerequisites: EC5135 (Analog Electronic Circuits) or EC3102 (Analog Circuits)\
                      Knowledge of the following topics is required:\
                      Linear circuit analysis; MOS transistor basics; small-signal equivalent circuits; small and large signal analysis;
                      frequency domain analysis; single-transistor amplifiers; differential pairs.\
                      - - Course Contents: \
                          Introduction to IC Design \
                          Mismatch & Noise \
                          Negative Feedback, Frequency compensation\
                          1-stage, 2-stage and fully-differential CMOS opamps\
                          Application Circuits: Phase-locked loops, Bandgap references- - TA Info: \
                              Prasad S: ee08b064 AT ee\*iitm\*ac\*in\
                              Raviteja R: ee11m058 AT ee\*iitm\*ac\*in\
                              Sanak NK: ee11m059 AT ee\*iitm\*ac\*in\
                              Sanjukta R: ee11m060 AT ee\*iitm\*ac\*in\
                              - Grading: \
                                HWs, Tutorials, Projects = 30%\
                                Quiz 1, Quiz 2 = 15% each\
                                Final Exam = 40%- - Textbooks: \
                                    The course doesn't follow a single textbook. However, the following book can be used as a reference for MOS circuit design
                                    and opamps, and for practice problems: \
                                    *Design of Analog CMOS Integrated Circuits* by Behzad Razavi; Tata McGraw-Hill, 2006 (ISBN: 0070529035)