Participants

• professional analog circuit designers and simulation-model developers in small, medium, and large semiconductor companies
• electrical engineering educators, researchers, and students at universities and research institutions

Description

The course presents an introduction to the application of computer algebra to circuit modeling and analysis tasks in analog circuit design. Following an introduction to symbolic circuit analysis, tutorial lectures on the use of the general-purpose computer algebra system Mathematica and ITWM's symbolic circuit analysis toolbox Analog Insydes will be given. The participants will have the opportunity to gain practical experience with these software tools in extensive hands-on sessions.

Contents

• basic introduction in using Mathematica
• successful application of computer algebra methods to analog circuit design tasks
• general overview of Analog Insydes' main program features including:
  • interface functionality to numerical circuit simulators
  • netlist and modeling language, library management
  • automatic equation setup
  • standard numerical circuit analyses
  • graphical postprocessing
  • symbolic approximation techniques
• application of Analog Insydes to industrial circuit design problems

Your customized seminar

Do you wish a seminar which especially addresses current questions of your company? No problem.

Just inform us about your ideas. We will adjust content and complexity of the talks and exercises to previous knowledge and objectives of your employees.