rosemary2005
Member level 1
hi
pls answer this anyone....
Which one of the following choices correctly compares a dual-slope analog to digital converter (ADC) to a successive-approximation ADC?
Choice 1
A dual-slope ADC is more sensitive to noise on the input signal than a successive-approximation ADC.
Choice 2
A dual-slope ADC is much harder to implement in software than a successive-approximation ADC.
Choice 3
A dual-slope ADC is much faster and more accurate than a successive-approximation ADC.
Choice 4
A dual-slope ADC requires the use of a digital to analog converter, unlike a successive-approximation ADC.
Choice 5
A dual-slope ADC is slower but has a higher accuracy than a successive-approximation ADC.
pls answer this anyone....
Which one of the following choices correctly compares a dual-slope analog to digital converter (ADC) to a successive-approximation ADC?
Choice 1
A dual-slope ADC is more sensitive to noise on the input signal than a successive-approximation ADC.
Choice 2
A dual-slope ADC is much harder to implement in software than a successive-approximation ADC.
Choice 3
A dual-slope ADC is much faster and more accurate than a successive-approximation ADC.
Choice 4
A dual-slope ADC requires the use of a digital to analog converter, unlike a successive-approximation ADC.
Choice 5
A dual-slope ADC is slower but has a higher accuracy than a successive-approximation ADC.