Performance and Stability Analysis of Built-In Self-Read and Write Assist 10T SRAM Cell

Table 3

Cell sizing using width proportion () as Gaussian parameter for MC simulation and technology parameters.

Conv-6T	FD-10T	SSDF [11]	Prop BSRWA
Conv-6T cell-R	FD-10T cell-R	SSDF-9T cell-R	BISRWA cell-R
MPUR W = “”	MPDR W = “3  ”	MPUR W = “1.5  ”	MPR W = ‘”
MPDR W = “3  ”	MPDSR W = “3  ”	MPDSR W = “1.5  ”	MPRS W = ‘”
MAXR W = “1.5  ”	MFBR W = “3  ”	MPDR W = “1.5  ”	MNR1 W = “3  ”
Conv-6T cell-L	MPUR W = “1  ”	M9,D W = “1.5  ”	MNR2 W = “3  ”
MPUL W = “”	MAXR W = “1.5  ”	SSDF-9T cell-L	MAXRW = “1.5  ”
MPDL W = “3  ”	FD-10T cell-L	MPUSL W = “1.2  ”	BISRWA cell-L
MAXL W = “1.5  ”	MPDSL W = “3  ”	MPDL W = “1.5  ”	MPL1 W = “”
	MFBL W = “1.5  ”	MAXL W = “1.5  ”	MPL2 W = “”
	MAXL W = “1.5  ”	MPUL W = “1.2  ”	MNL1 W = “3  ”
	MPDL W = “3  ”	MPDSL W = “1.5  ”	MNL2 W = “3  ”
	MPUL W = “1  ”		MAXL W = “1.5  ”

V_THN = 240 mv (sat), 248 mv (Lin); V_THP = 244 mv (sat), 253 mv (Lin). W1 = MC sizing Gaussian parameter.