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<p>Two different CMOS implementations of the Manchester carry-skip adder are analyzed using the RC timing model, which provides a unified way of analyzing both CMOS circuits and interconnect. Based on the RC timing model, the authors develop efficient polynomial algorithms to determine near-optimal (in latency) as well as optimal block sizes for the one-level manchester adder with variable carry-skip. An analysis shows that the carry-skip delay in a Manchester adder block is linearly proportional to the block size. The approach provides a general paradigm for analysis and design, applicable to different models of ripple-propagation and carry skip.</p>
Manchester carry-skip adder; RC timing model; CMOS circuits; interconnect; polynomial algorithms; latency; optimal block sizes; one-level manchester adder; variable carry-skip; carry-skip delay; linearly proportional; ripple-propagation; adders; algorithm theory; CMOS integrated circuits; digital arithmetic; integrated logic circuits; logic design.

M. Schlag and P. Chan, "Analysis and Design of CMOS Manchester Adders with Variable Carry-Skip," in IEEE Transactions on Computers, vol. 39, no. , pp. 983-992, 1990.
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