M Rao, R Midya, JJ Yang - Emerging Devices for Low-Power and …, 2018 - taylorfrancis.com
Memristors are effectively variable resistors with memory whose resistance can be modified electrically. The state of internal resistance is a function of the history of the applied voltage …
This dissertation investigates the phenomenon of resistive switching (RS) in lowbandwidth mixed-valence perovskite manganite oxides. In particular, the compounds Pr0. 6Ca0 …
Miniaturization of conventional nonvolatile (NVM) memory devices is rapidly approaching the physical limitations of the constituent materials. An emerging random access memory …
The continuous demand of lightweight portable, cheap and low-power devices has pushed the electronic industry to the limits of the current technology. Flash memory technology …
In this work, TiO 2 based metal/metal oxide/metal memristor structures are investigated using I–V–t measurements. TiO 2 films are deposited to pre-patterned area using a lift-off …
This paper discusses into the intricate realm of resistive switching, exploring the optical characteristics of metal oxide thin film memristors with a specific focus on Copper Oxide …
Memristors are considered to be next‐generation non‐volatile memory devices owing to their fast switching and low power consumption. Metal oxide memristors have been …
The memristor behavior of thin films having a multilayer Pt/ZnO/Fe/ZnO/ITO structure, deposited using RF/DC magnetron sputtering, was studied. The iron layer between the ZnO …
The current memory technologies such as DRAM, SRAM, and NAND flash are facing development limits due to the shrinking size of memory devices from micro order to nano …