Consider a bits bipolar ADC (rail-to-rail, ) in which the measured signal t...
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Consider a bits bipolar ADC (rail-to-rail, ) in which the measured signal to noise-and-distorion ratio (SINAD) is for an input signal , where is much lower than the sampling frequency (the RC filter does not affect the signal, it only removes high-frequency noise, avoids aliasing) and .
Determine the effective number of bits (ENOB) of the ADC.
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