Modelling and Simulation

Prof. Dr. B. Voigt

Contents

50% lectures, 50% laboratory exercises

  • basic handling of the circuit simulator SPICE
  • modelling with independent and controlled sources, examples transmission line and operational amplifier
  • modelling of diodes, bipolar-transistors and MOS-transistors
  • creation and numerical solving of systems of differential equations in electrical and mechanical engineering,
  • special examples billard game and airbag system
  • advanced theory of circuit simulation, node potential analysis, trapez integration method, solving of nonlinear equations with Newton Raphson method
  • analogue behavior modeling of digital circuits
  • extreme nonlinear modeling functions
  • magnetic field simulation 

Full version (in German)