DE – Page 40 – TechConnect Briefs

FELLINI-A CAD Tool for the Design of Microsystems

Lang M., Glesner M., Darmstadt University of Technology, DE

This paper reports of the CAD-tool FELLINI, which supports the design of microsysfems on the lower levels of abstraction. FELLINI provides a bidirectional interface between the structural and the layout level. A Layout-to-FEM converter as [...]

Layout Verification Tools for MEMS Physical Design

Hahn K., Brück R., Reusch B., Universitat Dortmund, DE

The impact of technoloDy related issues in microsystem physica] design is of hiah relevance due to the fact that mask layout and process configuration are strongly interdependant. Performing physical design in this area therefore means [...]

Computer Aided Modeling of Static and Dynamic Transfer Characteristics

Anton M., Bechtold S., Nüssen O., Laur R., University of Bremen, DE

When creating mathematical models of microsystem components or microelectronic devices, analytical and experimental modeling concepts can be distinguished. Analytical modeling, often performed on process or device level, can only be applied if the equations and [...]

Design Optimization of Microsystems

Eggert H., Guth H., Jakob W., Meinzer S., Sieber I., Süß W., Institut fur Angewandte Informatik, DE

At systems level, however, the extreme complexity of FEM models (many network nodes, long computer times) requires the use of models determined analytically. As the complexity of the search space of such analytical models becomes [...]

Coupling of FEM Programs for Simulation of Complex Systems

Krevet B., Kaboth W., Forschungszentrum Karlsruhe, DE

A method is presented which couples single task FEM programs, mesh generators and other utility programs to solve complex systems. By this method we are connecting the FEM programs with special Script Interpreter programs and [...]

Implications of Finite Time Stepping for Transient Sensor Models

Schubert M., González B., Fachhochschule Regensburg, DE

Modeling of sensor devices has to take into account not only variable voltaves and currents but also variable device parameters. This makes transient differentiation and integration more complex than for circuits with constant device characteristics. [...]

Country: DE

FELLINI-A CAD Tool for the Design of Microsystems

Layout Verification Tools for MEMS Physical Design

Computer Aided Modeling of Static and Dynamic Transfer Characteristics

Design Optimization of Microsystems

Coupling of FEM Programs for Simulation of Complex Systems

Implications of Finite Time Stepping for Transient Sensor Models

Network-Type Modeling of Micromachined Sensor Systems

Simulation of Mixed-Signal Systems in Standard VHDL

Validation and Calibration of Electrothermal Device Models Using Infrared Laser Probing Techniques