Microelectronics
Tony Chan Carusone has taught and researched microelectronics, integrated circuits and systems at the University of Toronto for over 20 years. He has co-authored the latest editions of the classic textbooks "Analog Integrated Circuit Design" along with D. Johns and K. Martin, and "Microelectronic Circuits" along with A. Sedra and K.C. Smith, the best-selling engineering textbook of all time with well over 1 million copies sold in 11 languages across its history. He's also a regular consultant in the semiconductor industry.
Here you can get an introduction to microelectronics and learn about the latest advances in analog/mixed-signal circuit design from Prof. Chan Carusone's lab at U. of T. Learn how transistors work, how to design high-speed data converters, how optical and wireless communication integrated circuits work, and more.
32 Charge Pumps
Co-Packaged Optics for our Connected Future
Modelling Equalization with SerDesPy
Simple Channel Modeling Example with SerDesPy
Introduction to SerDesPy
CMOS 160Gbps 4PAM Optical Receiver Front-End
Deep-Dive: 112Gbps 16nm CMOS TIA with Co-Packaged Photodiodes
Injection-Locked Phase Rotator
Demo: 112 Gbps 4-PAM 16nm FinFET CMOS TIA
Low-Jitter CMOS Clock Distribution
Feedforward Compensation Example
DC Characteristics of 45nm NMOS
Common Source Gain-Bandwidth Tradeoffs
04 IC Passives
11 Single Stage Opamp Basics
16 Noise Time Domain Analysis
01 MOS Square Law and Parasitics
02 MOSFET as a Switch
27 CMOS Comparator Operation
28 Comparator Specs and Characterization
21 Nonlinearity and Dynamic Range
24 Biasing Circuits
23 Fully Differential Analog Circuits
29 Electronic Oscillators
31 Integer N Charge Pump PLL Basics
13 Other Single Stage Op Amps
17 Introduction to Noise
30 Jitter and Phase Noise in Oscillators
06 Analog amplifier biasing and mismatch
33 PLL Linear Analysis and Design Procedure