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Biocompatible polymers utilized for flexible en- capsulations of implantable microsystems provide many ad- vantages compared to widely used rigid titanium or ceramic packages. However, polymers alter their properties due to interactions with their environment, but especially for long- term implants, a reliable protective function of these ma- terials is required. To investigate the protective function of different polymers, we developed an in vitro measuring setup which facilitates a fluid dynamic load of polymeric encapsulation materials. Measuring of polymer covered re- sistive and capacitive structures enables the characteriza- tion of the protective function.

Fluid Dynamic Load of Polymers Used as Encapsulation Material for Implantable Microsystems