Printed Smart Sensing Surfaces: technology, design and applications

M. Fattori, Joost A. Fijn, E. Genco, E. Cantatore
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引用次数: 1

Abstract

Printed organic TFT technology on foil is developing in terms of performance, yield and reliability. Integrating printed electronics with printed sensors by foil lamination is a powerful and commercially attractive way to create sensing surfaces that are flexible and smart, i.e. that incorporate signal frontend and processing functionalities. The complete system can include Si ICs to perform the most complex functions, while reducing the interconnections between Si and printed platforms, thus minimizing Si area and final cost. The integration between Si and printed electronics, however, is challenging due to the large mismatch in operating voltage between the two technologies.
印刷智能传感表面:技术,设计和应用
在铝箔上印刷有机TFT技术在性能、成品率和可靠性方面都在不断发展。通过箔层压将印刷电子元件与印刷传感器集成是一种强大且具有商业吸引力的方法,可以创建灵活而智能的传感表面,即集成信号前端和处理功能。完整的系统可以包括Si ic来执行最复杂的功能,同时减少Si和印刷平台之间的互连,从而最大限度地减少Si面积和最终成本。然而,由于两种技术之间的工作电压存在很大的不匹配,因此硅和印刷电子之间的集成具有挑战性。
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