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In this contribution, we report the modifications incurring in the electro-optical characteristics of Organic Photodiodes exposed to ambient conditions on rigid and flexible substrates. Once the degradation of the devices is assessed and the challenges related to the use of plastic substrates are clarified, we propose an encapsulation method which is compatible with the fabrication process of solution...
Organic photodiodes (OPDs) are attractive as solution-processed devices for sensing applications. Industrial and medical sensors often have the requirement to operate in the near-infrared (NIR) spectrum between 650 and 900 nm and are ideally visible-blind. Due to the tailored spectral sensitivity of the organic semiconductors, OPDs are attractive as filter-free solid-state alternative. In addition,...
Hybrid CMOS-imagers with vertically integrated organic semiconductors are proposed to enhance the currently small fill factor of conventional CMOS-pixels. Organic photodetectors (OPDs) are low-cost and easy processable and their performance begins to match the one of silicon based devices. Therefore, they are advantageous compared to other hybrid concepts like costly microlenses or thin-film-on-ASIC...
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