One major difference between a counter-ramp A/D converter and a successive-approximation converter is:-A-the counter ramp A/D converter is much faster than the successive approximation converterB-with the successive approximation converter the final binary result is always slightly less than the equivalent analog input, whereas with the counter ramp A/D converter it is slightly moreC-with the successive approximation converter the final binary result is always slightly more than the equivalent analog input, whereas with the counter ramp A/D converter it is slightly lessD-none of the above-B-with the successive approximation converter the final binary result is always slightly less than the equivalent analog input, whereas with the counter ramp A/D converter it is slightly more

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The correct option is  B with the successive approximation converter the final binary result is always slightly less than the equivalent analog input, whereas with the counter ramp A/D converter it is slightly more No answer description is available.

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Q1: One major difference between a counter-ramp A/D converter and a successive-approximation converter is:

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Interfacing to the Analog World

Q1: One major difference between a counter-ramp A/D converter and a successive-approximation converter is:

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