Christopher Safranski, Jonathan Z. Sun, et al.
Physical Review Letters
The circuit element behavior during an active read-out approach is analyzed for the detection of the bit-state of a spin-transfer-torque (STT) switchable magnetic tunnel junction (MTJ) as a storage bit in a random access memory. Fundamentally, such read-out schemes detect the presence or absence of a hysteresis in the current-voltage characteristic of the MTJ depending on its magnetic configuration and the bias direction. A quantitative assessment is given in terms of the range of threshold distribution to be expected, and the read-out time one can achieve as it depends on various device parameters. The quantitative results given are based on an approximate macrospin model for the STT-switched MTJ. © 2013 AIP Publishing LLC.
Christopher Safranski, Jonathan Z. Sun, et al.
Physical Review Letters
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ECS Transactions
Jonathan Z. Sun
SPIE Nanoscience + Engineering 2016
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Applied Physics Letters