Qualifier Applications open for May 2026 term , Qualifier Exam Date : July 19, 2026
Qualifier Applications open for May 2026 term , Qualifier Exam Date : July 19, 2026
Degree Level
Analog Circuits
This course is an introduction to the analysis and understanding of transistor-based amplifiers. Students will first be introduced to basic concepts of MOS and BJT transistors, techniques for biasing them, and small-signal analysis fundamentals. This will then be extended to amplifiers, and their small- and large-signal characteristics. Frequency compensation techniques to stabilize higher order systems will be discussed. Noise in analog circuits will be introduced, analysis of noisy circuits will be studied. At the end of this course, students should be able to recognize and analyze the basic amplifiers and biasing arrangements using MOS or bipolar transistors. Students should also be able to perform dominant-pole compensation of higher order analog systems and stabilize them.
Course ID: EE3107
Course Credits: 4
Course Type: Degree
Pre-requisites: None
Course structure & Assessments
For details of standard course structure and assessments, visit
Academics
page.
Module 1
Incremental (small-signal) analysis in circuits using non-linear components; Review of MOSFET I-V characteristics
Module 2
Common source amplifier, AC coupling via capacitor, small-signal analysis of common source amplifier
Module 3
Large-signal characteristics of common source amplifier
Module 4
Negative feedback biasing of common source amplifier
Module 5
PMOS transistor; amplifiers using PMOS transistor
Module 6
Common Drain, Common Gate and Transimpedance amplifiers
Module 7
Active loads, CMOS inverter and its biasing
Module 8
Differential Amplifiers; Single-stage opamp
Module 9
MOSFET capacitances; frequency response of amplifiers; frequency compensation
Module 10
Two-stage opamp; Miller Effect; Dominant pole compensation of two-stage opamp
Module 11
Review of BJT I-V characteristics; BJT Common Emitter, Common Base and Common Collector amplifiers
Module 12
Noise in analog circuits; Thermal noise, Flicker noise; Input-referred noise
The following are the suggested books for the course:
Microelectronic Circuits: Theory and Applications (International Version) Paperback – 11 Mar 2013 by A. Sedra, K. Smith, A. Chandorkar; Publisher: Oxford; Sixth edition (11 March 2013); ISBN-13: 978-019808913
Design of Analog CMOS Integrated Circuits (2nd edition) Paperback – 1 Nov 2017 by Behzad Razavi; Publisher: McGraw Hill Education (India); ISBN-10 : 938706784X; ISBN-13 : 978-9325983274