ELEN 6312: Advanced Analog IC Design
This course covers the design of analog circuits with an emphasis on CMOS integrated circuit implementations. The following topics are covered in the class:
MOSFET modeling for analog circuit design
Single-stage Amplifiers
Differential Amplifiers
Active and Passive Current Mirrors
Frequency Response
Noise
Feedback
Operation Amplifiers
Stability and Frequency Compensation
Bandgap References
Switched Capacitor Circuits
Nonlinearity
Mismatch in Analog Circuits
The textbook for this class is the Design of Analog CMOS Integrated Circuits by Behzad Razavi.
MOSFET modeling for analog circuit design
Single-stage Amplifiers
Differential Amplifiers
Active and Passive Current Mirrors
Frequency Response
Noise
Feedback
Operation Amplifiers
Stability and Frequency Compensation
Bandgap References
Switched Capacitor Circuits
Nonlinearity
Mismatch in Analog Circuits
The textbook for this class is the Design of Analog CMOS Integrated Circuits by Behzad Razavi.
Computing Facilities Access
Machines can be accessed in person in Mudd at the VLSI lab or Microelectronic lab on the 12th floor. For access to the labs please contact John Kazana at kazana at ee dot columbia dot edu
To obtain a username and password, please contact Quy at qgo1 at columbia dot edu.
Use virtuoso (cadence v6) and not icfb (cadence v5) for all homeworks and projects.
To obtain a username and password, please contact Quy at qgo1 at columbia dot edu.
Use virtuoso (cadence v6) and not icfb (cadence v5) for all homeworks and projects.
Remote Access
To gain remote access to the lab machines please refer to the following link:
http://www.ee.columbia.edu/ee-computing-lab-remote-access
http://www.ee.columbia.edu/ee-computing-lab-remote-access
List of tutorials
1. Setting up the technology:
| setting_up_the_technology_library.pdf |
2. Getting started in Cadence:
| tutorial_on_getting_started_in_cadence.pdf |
This tutorial walks you through setting up a schematic, running DC and parametric analysis, and plotting results from simulations.
3. Running an sp analysis:
| tutorial_on_running_sp-analysis.pdf |
Other useful resources
1. Spectre manual:
| spectre_reference.pdf |
2. Spectre RF manual:
| spectre_rfmanual.pdf |