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Si BASED INTERFACES TO MATCH WITH PRINTED ELECTRONIC DEVICES
Kiran Shrestha 순천대학교 대학원 2019 국내석사
Printed electronic devices has very large potential in IT markets. In the near future, the printed electronics will replace silicon devices in most of the low-cost and large area applications such as smart packaging and large digital signage. However, the current status of the printed devices is not as matured as the silicon-based electronics devices in stability and power consumption. Thus, this thesis presents the methods of interfacing the printed devices with Si based devices for providing the device stability and low power operation. As typical examples, the printed sensors and antennas were bridged with the silicon devices for the wireless communication with low operation voltage. In addition, all R2R gravure printed TFT active matrix was bridged with Si based driving IC to display flexible E-paper. Especially, driving the E-papers with printed TFT active matrix will revolutionize the display industry with high throughput production, limitless size and all additive process (no etching).