| 초록 |
In case of designing a dielectric layer, metal oxide and ion gel have been candidates that used in low driving voltage and flexible device. Nevertheless, these can suffer from high strain and additional processes for dielectric layer. In this manner, one can use a multifunctional elastomer electrolyte, which simultaneously serves as a substrate and a dielectric. Further, this elastomer electrolyte gives a tremendous benefit like transparency, high specific capacitance and even stretchability in the devices. In this talk, we present flexible and low voltage organic transistors gated by functional elastomer electrolyte, which is freestanding structure. Especially, carrior mobility and on-current of flexible transistor were sustainable in moderate bending states. Furthermore, We realize stretchable all carbon transistor by using PEDOT:PSS. We believe that our device design will provide a rational guide to stretchable electronics. |
