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A Single Droplet-Printed Double-Side Universal Soft Electronic Platform for Highly Integrated Stretchable Hybrid Electronics

机译：高度集成的可拉伸混合电子器件的单滴印刷双面通用软电子平台

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摘要

Soft features in electronic devices have provided an opportunity of gleaning a wide spectrum of intimate biosignals. Lack of data processing tools in a soft form, however, proclaims the need of bulky wires or low-performance near-field communication externally linked to a "rigid" processor board, thus tarnishing the true meaning of "soft" electronics. Furthermore, although of rising interest in stretchable hybrid electronics, lack of consideration in multilayer, miniaturized design and system-level data computing limits their practical use. The results presented here form the basis of fully printable, system-level soft electronics for practical data processing and computing with advanced capabilities of universal circuit design and multilayer device integration into a single platform. Single droplet printing-based integration of rigid islands and core-shell vertical interconnect access (via) into a common soft matrix with a symmetric arrangement leads to a double-side universal soft electronic platform that features site-selective, simultaneous double-side strain isolation, and vertical interconnection, respectively. Systematic studies of island-morphology engineering, surface-strain mapping, and electrical analysis of the platform propose optimized designs. Commensurate with the universal layout, a complete example of double-side integrated, stretchable 1 MHz binary decoders comprised of 36 logic gates interacting with 9 vias is demonstrated by printing-based, double-side electronic functionalization.
机译：电子设备中的软功能为收集各种各样的生物信号提供了机会。但是，缺乏软形式的数据处理工具，因此需要笨重的电线或外部链接到“刚性”处理器板的低性能近场通信，从而破坏了“软”电子产品的真实含义。此外，尽管人们对可伸缩混合电子器件的兴趣日益浓厚，但缺乏对多层，小型化设计和系统级数据计算的考虑，限制了它们的实际应用。此处呈现的结果构成了用于实际数据处理和计算的完全可打印的系统级软电子产品的基础，并具有将通用电路设计和多层设备集成到单个平台中的先进功能。基于单滴打印的刚性岛和芯-壳垂直互连通道（通过）集成到具有对称排列的通用软矩阵中，从而形成了一个双面通用软电子平台，该平台具有部位选择性，同时双面应变隔离的特点，和垂直互连。对岛形工程，表面应变映射以及平台的电分析的系统研究提出了优化的设计。与通用布局相对应，通过基于打印的双面电子功能演示了双面集成的，可扩展的1 MHz二进制解码器的完整示例，该解码器由36个逻辑门与9个过孔相互作用构成。

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