Abstract
The vertical-type metal-base organic transistors (MBOT) are high-performance transistors which have a simple layered structure of organic/metal/organic layers. In this study, we investigated various structures for the collector layer to enhance current modulation and reduce operation voltage. The device having collector layers composed of perylene derivatives/bathocuproine(BCP)/C60 and base electrode of LiF/Al showed very high current modulation of 165.1 mA/cm2 at 2 V of collector voltage and 1 V of base voltage. We found that the LiF layer and BCP layer contribute to current enhancement, and the C60 layer contributes to suppression of leakage current, respectively.
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