MSM 98
MSM 98
Technical Proceedings of the 1998 International Conference on Modeling and Simulation of Microsystems

Applications: Pressure, Actuation, Navigation Chapter 12

Modeling and Characterization of an Integrated FET Accelerometer

Authors: M.L. Kniffin, T.G. Wiegele, M.P. Masquelier, H. Fu, J. Whitfield

Affilation: Motorola, Inc., United States

Pages: 546 - 551

Keywords: Accelerometer, finite element modeling, compact modeling, circuit-equivalent modeling

Abstract:
The GFET accelerometer is an integrated inertial sensor based on a movable-gate field effect transistor. The complexity of the transduction principle and the tight tolerances associated with its manufacture necessitated a large range of simulation and modeling techniques in order to predict its performance, characterize its behavior and diagnose processing issues. These techniques included circuitequivalent models, finite element models, compact models and ane tical models. This collection of modeling technique., enabled the prediction of system-level performance and the successful development of an innovative accelerometer design.

Modeling and Characterization of an Integrated FET Accelerometer

ISBN: 0-96661-35-0-3
Pages: 678