Comparator design automation in SEAS

The authors describe the development and realization of a synthesis program for CMOS comparators. It was constructed by following the SEAS framework for analog circuit design automation. An example of modeling and synthesis is shown. Using this program, a number of comparators were synthesized, and they were tested by using SPICE simulations. All comparators generated performed well above their design specifications. This shows that the SEAS concept is also applicable to the synthesis of nonlinear circuits

Accurate and efficient modeling of global circuit behavior in VLSI layouts

Electrical Engineering, Mathematics and Computer Scienc

Numerical Approaches for the Modeling of Frictional Interfaces between Materials

International audienc

The bi-potential method applied to non-associated constitutive laws

International audienc

Numerical Approaches for the Modeling of Frictional Interfaces between Materials

International audienc

Uzawa algorithm to solve elastic and elastic–plastic fretting wear problems within the bipotential framework

International audienc