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Figure17 illustrates the write-0 time distribution of an STT-RAM cell for access transistor size of W/L = 4, BL = 0.9 V, SL = 0. We observe that such a distribution has a long tail unlike a Gaussian distribution.
In this paper, two improved structures have been proposed for a loop-based Random Access Memory (RAM) cell.
Therefore, the system can be used as a random access memory (RAM) cell.
While Chatterjee et al.[7] studied the failure rate of a single STT-RAM cell using basic models for transistor and MTJ resistance, process variation effects such as RDF and geometric variation were considered in[15, 28].
Figure 14 Basic STT-RAM cell structure.
In this section, we describe the basic structure of the STT-RAM cell including its read/write operations (see the next section), sources of its errors (see "STT-RAM error model" section), and circuit-level techniques to reduce them (see "Circuit-level techniques for reducing error " section).
The reliability of an STT-RAM cell has been investigated by several researchers.
One of the proposed solutions is redesigning STT RAM cell for better write characteristics at the cost of shortened retention time (volatile STT RAM).
The total computational and runtime demands of our model are ≈22 hours and 12 GB of ram for the 550 cell (335 time) stage.
HeLa cells were depleted for endogenous RAM using RAM-directed siRNA and transfected with pcDNA5 RAM-GFP, PY mutants or GFP alone.
The root and shoot apical meristems (RAM and SAM) are established during embryogenesis and serve as a source of stem cells for plant growth and organogenesis [ 1].
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