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We present the current state-of-the-art of nanomagnetic logic (NML), which is one of the beyond-Moore device technologies being pursued within the SRC-NRI (Nanoelectronics Research Initiative). Advantages of NML include low power and non-volatility. We show that all key ingredients for NML architectures have been demonstrated - including logic, fan-out, and on-chip clock structures. Input and output...
Low power and high speed requirement is a challenging task in design of ALUs. Supply voltage scaling is promising approach because it reduces switching activities and active power but it degrades the performance and robustness. Recently a new like static circuit family called Feedback-Switch Logic (FSL) has been proposed. FSL is suitable for high speed and low power because it offers fast switching,...
By analyzing the multi-valued switch-signal theory (MVSST), this paper presents a novel design scheme of low power ternary magnitude comparator (TMC). The scheme adopt switch-level design technique, on one hand, full-swing output signal improves noise margins, on the other hand, the reducing number of MOS insuring the simple circuit and small area. At last, the PSPICE simulation results indicate that...
This paper explores the implementation approaches of a low power modified booth multiplier (MBM) with reduced spurious transition activity technique (RSTAT) for DSP functions that encounter a wide diversity of operating scenarios in battery powered wireless sensor network system. This RSTAT approach has been applied on both the compression tree of multipliers and the modified booth encoder to enlarge...
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