MIN) by designing for the worst case. In this paper, we investigate a reverse write assist circuit scheme that enables the tracking of SRAM write VMIN by using canary SRAM bitcells to track dynamic voltage, temperature fluctuations and aging effects. This circuit ultimately allows us to lower the write VMIN below the worst case corner (SF_85C) VMIN, which saves a minimum of 30.7% energy per cycle at the SS_85C, and a maximum of 51.5% energy per cycle at the FS_85C corner.">

A reverse write assist circuit for SRAM dynamic write VMIN tracking using canary SRAMs (original) (raw)

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