This paper proposes a novel automation platform that provides a fast and reliable path to analog circuit design for the desired specifications. Circuit heuristics and hierarchy are employed to aid efficient design flow. As a synthesis method, procedural planning of design equations is developed to improve accuracy. To cope with the low power requirements of recent analog design trends, automation flow of subthreshold operational amplifier design is developed based on a weak inversion model, which is a unique feature of the proposed tool. The proposed and developed tool was applied to several test cases. The results show that design time is reduced from weeks to seconds, and at the same time, a significantly accurate circuit behavior for the desired performance specification is obtained.
['Jihyun Lee', 'Yong-Bin Kim']
ASLIC: a low power CMOS analog circuit design automation