ビッグデータ向け環境センサの基盤を支える有機アナログ集積回路

在成功开发和制造了世界上最薄的有机电子电子皮肤之后，配合有机晶体管和触觉传感器，研究朝着扩大它的方向发展，目的是以前所未有的厚度和灵活性实现系统集成。具体来说，有机电子CMOS和伪CMOS反相器/放大器进行了演示。为了适应超薄电子器件，开发并集成了匹配的超薄生物标志物传感器。该系统成功地检测到肌电图（EMG）和心电图（ECG）。与当今的商业同类产品相比，这些MEMS传感器的两个主要优势是它们的不可察觉性以及无运动伪影操作。

Following the successful development and fabrication of world’s thinnest organic electronics e-skin, fit with organic transistors and tactile sensors, the research progressed towards expanding it with the aim of achieving system’s integration at the unprecedented thickness and flexibility. Specifically, organic electronic CMOS and Pseudo-CMOS inverters / amplifiers were demonstrated. To fit with the ultra-thin electronics, matching ultra-thin biomarker sensors were developed and integrated. The system was shown to successfully detect electromyogram (EMG), and electrocardiogram (ECG). The two main advantages of these ultrathin sensors, as compared to today’s commercial counterparts, is their imperceptibleness as well as motion-artefact-free operation.