Phase Change Pipe for Nonvolatile Routing

Nadim Kan&#x;an,Helena Silva,Ali Gokirmak

IEEE Journal of the Electron Devices Society（2016）

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摘要

An eight-contact phase change data router is described. This device comprises a phase-change-material forming a short-pipe geometry with four metal contacts at each end. The device is configured to facilitate connection or isolation between two input and two output terminals (2×2) by amorphizing strips between pairs of “write” terminals. The short pipe geometry enables the implementation of a “swap” function in this 2-D thin-film device. The functionality of this device is demonstrated through 2-D electro-thermal simulations using Ge2Sb2Te5 parameters and field effect transistor access devices.

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关键词

antimony compounds,field effect transistors,germanium compounds,phase change materials,phase change memories,random-access storage,thin film devices,2-D electro-thermal simulations,2-D thin-film device,Ge2Sb2Te5,eight-contact phase change data router,field effect transistor access devices,metal contacts,nonvolatile routing,phase change pipe,phase-change-material,Multi-Contact,Nonvolatile Logic,Phase change memory,Reconfigurable logic,Router,Switch,multi-contact,nonvolatile logic,reconfigurable logic,router,switch

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