Abstract
A series of single electron logic and memory devices based on Schottky in-plane gate (IPG) quantum wire transistor (QWTR) structure are proposed and their feasibilities are investigated. Basic QWTR devices showed excellent V th controllability. Multi-dot single electron transistors showed voltage gains larger than unity, showing feasibily for logic applications. Feasibility of a novel single electron memory device using electro-deposited metal dots was demonstrated.
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