Design and simulation of octal-to-binary encoder using capacitive single-electron transistors (C-SETs)

This paper presents an octal-to-binary encoder that is designed using capacitive single-electron transistors (C-SETs). The design parameters are calculated by considering each C-SET as a switching device in pull-up configuration. Logic circuit is based on voltage state logic. The designed circuit was simulated using SIMON 2.0, which is based on Monte Carlo and master equation (MC–ME) methods. The simulation results verify the operation of octal-to-binary encoder.