A Comprehensive Review on Automation-based Sizing Techniques for Analog IC Design


  • Alessandro Girardi Universidade Federal do Pampa - Brazil
  • Tailize De-Oliveira Federal University of Pampa - Brazil
  • Sidinei Ghissoni Federal University of Pampa - Brazil
  • Paulo Cesar Aguirre Federal University of Pampa - Brazil
  • Lucas Compassi-Severo Federal University of Pampa - Brazil




analog design automation, EDA tools, optimization


Analog integrated circuits are present in most electronic systems. They must be designed carefully in order to achieve the required performance specifications. Although almost half of the design effort in a chip is spent in analog modules, there are not yet a consolidated industry of analog design automation tools capable to fully synthesize analog circuits in a fast and generic way. This is due the fact that automatic or semi-automatic design tools have to deal with high design complexity, which includes several specifications and design variables. A lot of research effort have been done in this field in the past years, proposing methods for automating parts of the design flow, from topology selection to devices sizing and layout generation. This paper presents a review of the state-of-the art in analog design automation methods, focusing on techniques and algorithms used to size robust circuits while efficiently exploring the design space.






Special Issue on Electronic Design Automation