This paper presents a study of sub-0.25-mu m CMOS SRAM bitline circuit
ry on partially depleted (PD) silicon-on-insulator (SOI) technology. S
OI implementations outperform conventional bulk ones due to significan
t reduction of collective device junction capacitance on the bitlines.
Floating body effects are investigated for both read and write cycles
, Array content dependent behaviors are identified for the first time
and analyzed with worst-case temporal and spatial pattern combinations
.