ANALOG GENERATOR FOR A DRIVER OF A BOOST DC-DC CONVERTER

Abstract

This thesis explores the automation of analog circuit design, focusing on the driver of a boost DC-DC converter. It develops methodologies for automating schematic and layout design using tools like ANAGEN, WiCked, and Qgen. By transitioning from traditional manual methods to reusable, parameterized analog generators, the proposed approach significantly reduces design time and enhances scalability. The implementation demonstrates the effectiveness of automated optimization and layout strategies in meeting stringent design requirements, offering a practical solution for advancing analog design automation.