### Table 1: Power Consumption

"... In PAGE 4: ...96 #16s conversion time. Power consumption of the system is given in Table1 . The ADC power consump- tion depends on the event rate.... ..."

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### Table 1: Power consumption

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### Table 1: Power consumption

### Table 1: Internal power consumption versus external power consumption.

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"... In PAGE 3: ... To support the calculation of the internal power consumption, we add to this data the following information: a) the source/drain capacitance for each internal node; b) the charging and discharging functions in terms of the gate inputs for each internal node. Table1 shows ratio of the internal power consumption (due to the parasitic source/drain capacitances) to the power consumption due to the external gate capacitances. It is seen that if internal power consumption is disregarded, then the power consumption will be underestimated by an average of 16.... ..."

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### Table 1: Internal power consumption versus external power consumption.

"... In PAGE 30: ... If we bound the number of points to be generated for each power-delay curve to M, then the complexity becomes O(kMlog(kM)) which is a constant since the number of inputs for any gate in the library is bounded. 5 Experimental Results Table1 shows ratio of the internal power consumption (due to the parasitic source/drain capacitances) to the power consumption due to the external gate capacitances for a sub- set of ISCAS-89 and MCNC-91 benchmarks. It is seen that if internal power consump- tion is disregarded, then the power consumption will be underestimated by an average of 16.... ..."

### Table 6: Comparison of power consumption

"... In PAGE 6: ...Table 6: Comparison of power consumption Table6 shows that the CML FA has the least power consumption of all the CM adders. Unlike the static CMOS adder, the CM adders all consume substantial amounts of static power.... ..."

### Table 6: Comparison of power consumption

"... In PAGE 6: ...Table 6: Comparison of power consumption Table6 shows that the CML FA has the least power consumption of all the CM adders. Unlike the static CMOS adder, the CM adders all consume substantial amounts of static power.... ..."