PROJECT TITLE :
28-nm Latch-Type Sense Amplifier Modification for Coupling Suppression - 2017
With the event of contemporary semiconductor fabrication technology, the channel length of the CMOS device and the device pitch continually shrink accompanied by additional and additional severe process variation and signal coupling effect, respectively. In this paper, we tend to explain how the coupling impact interferes with the action of the sense amplifier (SA); then we tend to introduce a coupling suppressed SA. In our style, we have a tendency to adjust the time control. The coupled signals are classified and suppressed by completely different turn on currents. The new architecture can achieve obvious improvement under differential input in our Monte Carlo simulation. The space and speed cost will be omitted. Through our work, we have a tendency to advocate our design of SA and draw attention to the coupling effect for alternative circuits.
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