TG Master-Slave FFs: High-speed optimization
E Consoli, G Palumbo, M Pennisi - 2011 IEEE International …, 2011 - ieeexplore.ieee.org
E Consoli, G Palumbo, M Pennisi
2011 IEEE International Symposium of Circuits and Systems (ISCAS), 2011•ieeexplore.ieee.orgIn this paper we show that, when dealing with transmission-gate based Master-Slave FFs, a
reconsideration of the usual approach for high-speed design is worthwhile to improve
energy-efficiency. By splitting such FFs in two separately optimized sections and then
reconciling the results, the emerging design always outperforms that resulting from the
employment of a classical procedure assuming FFs as a whole continuous path.
reconsideration of the usual approach for high-speed design is worthwhile to improve
energy-efficiency. By splitting such FFs in two separately optimized sections and then
reconciling the results, the emerging design always outperforms that resulting from the
employment of a classical procedure assuming FFs as a whole continuous path.
In this paper we show that, when dealing with transmission-gate based Master-Slave FFs, a reconsideration of the usual approach for high-speed design is worthwhile to improve energy-efficiency. By splitting such FFs in two separately optimized sections and then reconciling the results, the emerging design always outperforms that resulting from the employment of a classical procedure assuming FFs as a whole continuous path.
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