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The acceptable flexibility and stretchability for ultra-thin substrate would be reached by embedding the ultra-thin substrate into the flexible polyimide/silica rubber and patterning the poly-silicon or silicon into square/hexagon segmentations. The segments interconnect by metal wires for the signal communication, different wire shapes are designed to reach more flexible. In this contribution, results...
The acceptable flexibility for ultra-thin substrate would be reached by embedding the ultra-thin substrate into the flexible polyimide and patterning the poly-silicon or silicon into square/hexagon segmentations. The segments interconnect by metal wires for the signal communication, different wire shapes are designed to reach more flexible. In this contribution, results of FE optimization on mechanical...
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