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@ -58,7 +58,7 @@ Kepp all seetings default except for the technology box, where "sg13g2 - IHP SiG
## Notes on the Design Flow
Analog design requires a solid foundation in analog electronics to ensure high-performance, robust designs. In this course, we will focus on the gm/Id methodology rather than traditional small-signal calculations using square-law models. This method uses model parameters to generate lookup tables, enabling a more data-driven approach to design. If you're interested in understanding the circuit design procedures in greater detail, each module includes Jupyter Notebook scripts as references for more advanced IC design using open-source tools.
Analog design requires a solid foundation in analog electronics to ensure high-performance and robust designs. In this course, all circuits have been designed with the gm/Id methodology rather than traditional small-signal calculations using square-law models. This method uses model parameters to generate lookup tables, enabling a more data-driven approach to design. If you're interested in understanding the circuit design procedures in greater detail, each module includes Jupyter Notebook scripts as references for a more advanced IC design approach using open-source tools.
For a deeper dive into the gm/Id methodology, consider watching this video by Mastering Microelectronics: https://www.youtube.com/watch?v=dzz4z3ijVts