By Donald Lupo, Wolfgang Clemens, Sven Breitung (auth.), Eugenio Cantatore (eds.)
Organic and revealed electronics can let a revolution within the functions of electronics and this booklet bargains readers an outline of the cutting-edge during this speedily evolving area. the doubtless cost effective, compatibility with versatile substrates and the wealth of units that signify natural and revealed electronics will make attainable purposes that pass a long way past the well known screens made with large-area silicon electronics. for the reason that natural electronics are nonetheless of their early degree, present process transition from lab-scale and prototype actions to creation, this e-book serves as a necessary image of the present panorama of the several units enabled by way of this know-how, reviewing all functions which are constructing and people could be foreseen.
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Extra resources for Applications of Organic and Printed Electronics: A Technology-Enabled Revolution
70]. This group reported flexo-printed hole-transport layers as well as semiconductor layers with good homogeneity and sufficient resolution. However, so far, this printing method was used predominantly for organic electronic applications other than solar cells. Nevertheless, also flexographic printing has the potential to meet the production specifications for organic solar cells, similarly to gravure printing. Edge resolution may be lower than for gravure printing, but, organic photovoltaics won’t need resolution better than a few hundreds of micrometers according to the first module designs.
5G spectra. , who demonstrated printed flexible solar cell devices with a gravure printed hole-transporting layer as well as gravure printed photoactive layer (P3HT:PCBM). 5G illumination have been reported for these fully printed solar cells . These results demonstrate the feasibility of gravure printing for roll-to-roll manufacturing of organic solar cells. Gravure printing is able to meet all specifications with respect to layer homogeneity, surface roughness, resolution as well as production speed.
Such a high quality print of thin films with low viscous inks is very encouraging. 6 Polymer Wet Film Substrate Fig. 8 Schematic representation of different fabrication technologies: a gravure printing , b slot die coating, c curtain coating  and d doctor blading. e Current–voltage behaviour of a lab-scale doctor bladed device (black squares) compared to a solar cell manufactured by a roll-toroll process (grey circles). The inset shows the J–V characterization in the dark [Hoth et al. (2008) ‘‘unpublished’’].