MSM 99
MSM 99
Technical Proceedings of the 1999 International Conference on Modeling and Simulation of Microsystems

Equivalent Circuits, Behavioral and Multilevel Simulation Chapter 7

Compact Large-Displacement Model for Capacitive Accelerometer
T. Veijola, H. Kuisma and J. Lahdenperä
Helsinki University of Technology, FI

Partial-Element Equivalent-Circuit Model Simulation for Designing RF-Wireless Communication Products with Embedded Passive Components
W.R. Smith
National Semiconductor Corporation, US

Visual Modeling and Design of Microelectromechanical System (MEMS) Transducers
A. Dewey and E. Icoz
Duke Univeristy, US

Coupled Package-Device Modeling for MEMS
S.F. Bart, S. Zhang, V.L. Rabinovich and S. Cunningham
Microcosm Technologies, Inc., US

Optimized Behavioral Model of a Pressure Sensor Including the Touch-Down Effect
D. Peters, St. Bechtold and R. Laur
University of Bremen, DE

High-Fidelity and Behavioral Simulation of Air Damping in MEMS
M. Turowski, Z. Chen and A. Prezekwas
CFD Research Corporation, US

A Neural Network Approach for the Identification of Micromachined Accelerometers
E.I. Gaura, N. Steele and R.J. Rider
Coventry University, UK

Modeling a Piezoelectric Actuator Using a Transformer Equivalent Circuit
F. Oms-Elisabelar, C. Bergaud, L. Nicu and A. Martinez
CNRS, FR

Circuit Simulation of Quantum Well Bistable Laser Diodes
M.G. Madhan, P.R. Vaya and N. Gunasekaran
Anna University, IN

Relaxation-based Circuit Simulation for Large-scale Circuits with Lossy Transmission Lines
C-J. Chen
Chinese Culture University, TW

A Model of Photoelectric Phenomena in MOS Structures at Low Electric Fields
H.M. Przewlocki
Institute of Electron Technology, PL

Analytical Modeling of Beam Behavior Under Different Actuations
E. Sarraute and I. Dufour
URA CNRS 1375, FR

Electro-Mechanical Transducer for MEMS Analysis in ANSYS
M. Gyimesi and D. Ostergaard
ANSYS, Inc., US

A Methodology for System Level Simulation, Modeling and Optimization of MEMS Devices
L. Nguyen, H.J. Lee, M.A. Maher and H. von Sosen
Tanner Research, Inc., US

Model Based Identification as a New Tool to Extract Physical Parameters of Microactuators from Measurements with Error Bounds
C. Rembe, E.P. Hofer and B. Tibken
University of Ulm, DE

Parameterized Electrostatic Gap Model for Structured Design of Microelectroelectrical Systems
M.S. Lu and G.K. Fedder
Carnegie Mellon University, US

A Compact Model for an IC Lateral Diffused MOSFET Using the Lumped-Charge Methodology
Y. Subramanian, P.O. Lauritzen and K.R. Green
Texas Instruments, US

Compact Modeling of Bistable Electrostatic Actuators
J. Xu, R.B. Darling and P.O. Lauritzen
University of Washington, US


ISBN: 0-9666135-4-6
Pages: 697