EE204 – Analog Circuits

The course deals with the analysis of Analog Circuits. It starts with an intuitive understanding of Opamp as a black box and the behavioral understanding of semiconductor-based devices like diodes, BJTs, and MOSFETs. The course focuses on the usage of these devices along with R, L and C to analyze complex analog circuits. The circuits are well covered with practical examples. The homework and course-project in the course are designed to help students to acquire a hands-on design and analysis experience on some of the key fundamental blocks of the analog design like current mirrors, Opamps, oscillators and filters.

Course contents:

Operational Amplifier as a black box, Opamp non-idealities, Opamp Circuits, Diode – PN junction, Diode Circuits, Bipolar transistor models, Bipolar transistor circuits, MOS – operation and model, MOS – CMOS technology, MOS circuits, Single-stage amplifiers, Cascode – Bipolar and MOS, Current mirrors, Differential Amplifier, Operational Amplifier analysis – Gain and CMRR, Frequency response, Feedback, Stability analysis, Oscillators, Analog Filters.

EE204 LockDown Survey Summary