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Automatic Model Order Reduction of a Microdevice Using the Arnoldi Approach


 In this paper we demonstrate that Arnoldi based model-order reduction can be used to generate accurate reduced-order models from linear systems generated by coupled-domain simulation of MEMS devices. In particular, we examine the well-known fixed-fixed beam example and show that when the device is in the linear regime, we can automatically generate a tenth order model that faithfully, reproduces the device characteristics. We also show the limitations of this linearized model approach.