Compact Model of Subvolume MTJ and Its Design Application at Nanoscale Technology Nodes PROJECT TITLE :Compact Model of Subvolume MTJ and Its Design Application at Nanoscale Technology NodesABSTRACT:The present-induced perpendicular magnetic anisotropy magnetic tunnel junctions (p-MTJs) provide a range of benefits, such as high density and high speed. As p-MTJs downscale to $sim 40$ nm, further performance enhancements can be realized thanks to high spin-torque potency, i.e., lower essential current density and better thermal stability. During this paper, we investigate the origin of high spin-torque efficiency and provide a phenomenological theory to describe the essential current reduction due to the subvolume activation. Primarily based on varied physical theories and structural parameters, a compact model of nanoscale MTJ is developed and demonstrates a satisfactory agreement with experimental results. Dynamic, static, and stochastic switching behaviors have been addressed and validated. Then, we tend to perform mixed simulations for hybrid MTJ/CMOS read/write circuits, magnetic random access memory, and magnetic flip-flop to judge their performance. Analyses of energy consumption are given to point out the prospect of MTJ technology node miniaturization. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Just-in-time interactive analytics: Guiding visual exploration of data Cybersecurity: Toward a Secure and Sustainable Cyber Ecosystem