柔性有源矩阵有机发光二极管显示(AMOLED)具有全固态、超轻薄等特点，被认为是未来柔性显示的主流技术。金属氧化物薄膜晶体管(TFT)迁移率较高、可低温制备，是最有希望的下一代薄膜晶体管之一。利用金属氧化物TFT技术在柔性AMOLED显示面板上直接集成行驱动电路，能够增强柔性显示的可靠性并节省芯片成本。本申请课题主要研究面向柔性AMOLED显示应用的金属氧化物TFT行驱动电路和面向电路仿真设计的金属氧化物TFT紧致模型。拟解决以下关键科学问题：TFT集成柔性行驱动电路的高可靠性、低功耗和高速度设计，系统集成中的信号完整性，紧致模型在反映TFT物理过程与适用电路仿真之间的平衡考虑。最终，在良好的柔性TFT背板技术基础上，实现柔性AMOLED显示与柔性TFT行驱动电路的系统级集成，并凝练柔性电子系统的共性技术。

Flexible active matrix organic light-emitting diode (AMOLED ) display is thought as the mainstream technology of flexible display due to advantages of all solid-state process and ultra-thin thickness. Metal oxide thin film transistors (MO TFTs) have high mobility and low process tempture, which are a promising TFTs technology of next generation. Integrating the gate driver in the flexible display based on MO TFT technology can not only enhance the reliability but also lower the cost of IC. In this project, we will mainly study the metal oxide TFTs gate driver circuit for the flexible AMOLED display applications and the metal oxide TFTs compact model for circuit simulation design.The below scientific problems should be solved: design of high stability,low power consumption and high speed for the gate driver integrated by TFTs, signals integrity of system integration, and the trade-off between characterization of metal oxide TFTs physical effects and applicability of circuit simulation in the metal oxide TFTs compact modeling. Finally, the flexible AMOLED display integrating gate driver is realized based on the advanced technology foundation of flexible metal oxide TFTs back panel. And then, we hope to generalize the general technologies of flexible electronic system.