Circuit Design 2: Advanced Op-Amp Design and Comparators

EC ENGR 870.02

In this course you will learn about modern op-amp architectures, stability of op-amp feedback networks, compensation techniques, fully differential circuits and common mode feedback issues, advanced and special purpose op-amps, and some practical applications.

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What you can learn.

Identify the importance of feedback and linearization in op-amp-based circuit design
Discover amplifier compensation for stability
Understand low power, low voltage design techniques
Evaluate static and dynamic comparator design

About this course:

Op-amps are one of the most fundamental building blocks of analog and mixed signal design, and they readily lend themselves to a variety of IC implementations of different subsystems from amplifiers and voltage regulators to filters and data converters. In this course you will learn about modern op-amp architectures, stability of op-amp feedback networks, compensation techniques, fully differential circuits and common mode feedback issues, advanced and special purpose op-amps, and some practical applications. We will also look at biasing techniques including voltage and current references. Finally, we will look at a special class of differential circuits called comparators and their particular design considerations.