High-Performance Organic Single-Crystal Transistors and Digital Inverters of an Anthracene Derivative

Single-crystal disks of di(phenylvinyl) anthracene, micro- or nanometer-sized and flexible, are produced by physical vapor transport. Subsequently, single-crystal transistors are fabricated by the organic ribbon mask method and integrated to produce high-performance. inverters. The mobility of the transistors, the mobility anisotropy along different crystal axes of the disks, and the maximum gain of the inverters are reported.