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Fraunhofer-Institut für Zuverlässigkeit und Mikrointegration IZM
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PublicationDesign and modeling of optical microsystems. An approach to a user friendly system integration technique( 1998)
;Krabe, D. ;Dümcke, R. ;Reichl, H. ;Wächter, C. ;Schreiber, P. ;Karthe, W. ;Elbers, J.P. ;Glingener, C. ;Voges, E. ;Hagener, G. ;Schröter, S. ;Bartelt, H. ;Stock, D.A. ;Bauer, G. ;Schäfer, W. ;Sickinger, H.Schwider, J.Optical microsystems usually are of a hybrid nature. They consist of optical components, i.e. microoptical and or integrated-optical ones, and additionally they include at least mechanical and packaging components. Therefore, a complete design process has to account for all relevant aspects optical and thermomechanical simulation, packaging strategy, fabrication and test. This complexity requires a general design strategy. The approach presented is based on the coupling of the specification and the design. In a specification-environment the selection of appropriate solutions for given applications is enabled. It includes selection strategies for components, is fabrication, packaging, and test methods. The design-environment is a simulation and modelling framework with software tools covering the whole design and optimisation process, including the data-exchange with the specification environment. Test examples for our design strategy are different realisations of fibre optical switches . -
PublicationOptical microsystems. Packaging strategy by design and modelling( 1997)
;Schreiber, P. ;Wächter, C. ;Karthe, W. ;Krabe, D. ;Reichl, H. ;Elbers, J.P. ;Glingener, C. ;Voges, E. ;Hagener, G. ;Schröter, S. ;Bartelt, H. ;Sickinger, H. ;Schwider, J. ;Stock, A. ;Schäfer, W.Dümcke, R.A new way to select proper packaging strategies for optical microsystems by means of design and modelling is presented. A specification environment takes into account the hybrid nature of microsystems, i.e. the combination of microoptical, integrated-optical, electrical, mechanical, and packaging components. The optical, electrical, and thermomechanical interactions as well as the system function itself is delineated by a design environment.