Thanks to the extraordinary advances flexible electronics have experienced over the last decades, applications such as conformable active-matrix displays, ubiquitously integrated disposable flexible sensor nodes, wearable or textile-integrated systems, as well as imperceptible and transient implants are now reachable. To enable these applications, specialized analog circuits able to transmit and receive data, condition sensors’ parameters, drive actuators or control powering devices are required. High-performance sensor conditioning, driving and transceiver circuits on a wide range of flexible substrates are therefore extremely important to develop. However, the currently available materials and processes compatible with mechanically flexible substrates impose massive limitations in terms of large-area uniformity, device dimensions’ shrinkability and circuit design, challenging the realization of flexible analog systems. Among state-of-the-art technologies employing low-temperat...

中文翻译：

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回顾用于模拟应用的柔性金属氧化物薄膜晶体管的最新趋势

由于柔性电子在过去几十年中取得了非凡的进步，因此现在可以实现诸如顺应性有源矩阵显示器，无处不在的集成式一次性柔性传感器节点，可穿戴或纺织集成系统以及不可感知和瞬态植入物等应用。为了实现这些应用，需要能够发送和接收数据，状态传感器的参数，驱动执行器或控制供电设备的专用模拟电路。因此，开发各种柔性基板上的高性能传感器调节，驱动和收发器电路极为重要。但是，与机械柔性基板兼容的当前可用材料和工艺在大面积均匀性方面施加了巨大的限制，设备尺寸的可收缩性和电路设计，对灵活的模拟系统的实现提出了挑战。在采用低温技术的最先进技术中，...