Optical connections on flexible substrates (original) (raw)

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Optical interconnections embedded in flexible substrates Cover Page

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Highly flexible polymeric optical waveguide for out-of-plane optical interconnects Cover Page

Embedding of Optical Interconnections in Flexible Electronics

2007

This paper describes the development of a flexible substrate or foil in which optical waveguides, light sources, detectors, and electronic circuitry are embedded. The generic technology offers an integrated solution to the increasing demand for flexible optical sensors and creates a technology platform for the establishment of flexible high-speed optical data connections, based on optical wave guiding layers. Patterning of the optical waveguiding is done using both a standard photolithography process and laser ablation. The resulting opto-electrical foil shows very good flexible behavior and low optical propagation and bending losses.

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Embedding of Optical Interconnections in Flexible Electronics Cover Page

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Active optical links embedded in flexible substrates Cover Page

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Polymeric Waveguide Film With Embedded Mirror for Multilayer Optical Circuits Cover Page

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Heat-Resistant Flexible-Film Optical Waveguides from Fluorinated Polyimides Cover Page

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Advances in polymer integrated optics Cover Page

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Flexible embedded active optical link Cover Page

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Flexible Optical Waveguide Film with 45degree micro-mirror couplers for hybrid E/O integration or parallel optical interconnection Cover Page

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<title>Optical sensor array platform based on polymer electronic devices</title> Cover Page