Evaluation of cofired platinum/alumina high density feedthrough for implantable neurostimulator applications
A Karbasi, WK Jones - 18th European Microelectronics & …, 2011 - ieeexplore.ieee.org
A Karbasi, WK Jones
18th European Microelectronics & Packaging Conference, 2011•ieeexplore.ieee.orgThis work evaluated materials and process interactions in the development of a high density
platinum/alumina feedthrough. Effect of Pt particle size, firing rates, firing temperature on the
sintering, densification and secondary reactions are evaluated, as well as the effect of
alumina additive to minimize the difference in expansion coefficient during cooling.
platinum/alumina feedthrough. Effect of Pt particle size, firing rates, firing temperature on the
sintering, densification and secondary reactions are evaluated, as well as the effect of
alumina additive to minimize the difference in expansion coefficient during cooling.
This work evaluated materials and process interactions in the development of a high density platinum / alumina feedthrough. Effect of Pt particle size, firing rates, firing temperature on the sintering, densification and secondary reactions are evaluated, as well as the effect of alumina additive to minimize the difference in expansion coefficient during cooling.
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