International Display Workshops General Incorporated Association

Proceedings of the International Display Workshops Volume 26 (IDW '19)

Proceedings of the International Display Workshops Volume 26 (IDW '19)

2019年11月27日 〜 2019年11月29日
Sapporo Convention Center

14:30 〜 17:00

[FLXp1-8] A high performance 3-bit ripple counter circuit based on Organic TFTs for flexible read out integrated circuit

*Hansai Ji1, Di Geng1, Yuxin Gong1, Qian Chen1, Xinlv Duan1, Yue Su1, Xuewen Shi1, Linrun Feng2, Zhe Liu2, Minghua Tang3, Simon Ogier4, Ling Li1, Ming Liu1 (1. Institute of microelectronics of the academy of science (China), 2. Wuhan LinkZill Technology Co., Ltd. (China), 3. Xiangtan University (China), 4. NeuDrive Limited (China))

organic integtrated circuits, organic thin-film transistors, flexible, ripple counter

https://doi.org/10.36463/idw.2019.1634

We propose a high performance 3-bit negative edge-triggered ripple counter based on Organic Thin Film Transistors (OTFTs). All the logic gate circuits used in this work are inverters and NAND circuits based on OTFTs with large zero-VGS load. A voltage range of 0 to 30V and a frequency of 12.5KHz clock signal is used for the ripple counter as input clock input. A high output level of ~27.4V and a low output level of ~4 or 5V are measured at the 2nd and 3rd stages’ output node of the ripple counter. Their frequencies are one quarter and one eighth of the input signal’s frequency. The output signal of the proposed ripple counter changes when its input signal falls to low level from high.