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Q4) A 12 bits successive approximation analog to digital convertor were used to sample the sum of two signal, the first one is given by sin(wt) x 4 and the second is constant 3V DC. Give the proper sample rate and show the ADC output if t 0.5sec. (note w 100 rad and the ADC reading range is +10) sec'

Q4) A 12 bits successive approximation analog to digital convertor were used to sample the sum of two signal, the first one is given by sin(wt) x 4 and the second is constant 3V DC. Give the proper sample rate and show the ADC output if t 0.5sec. (note w 100 rad and the ADC reading range is +10) sec'

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q4) A 12 bits successive approximation analog to digital convertor were used to sample the sum of two signal, the first one is given by sin(wt) x 4 and the second is constant 3V DC. Give the proper sample rate and show the ADC output if t 0.5sec. (note w 100- rad and the ADC reading range is ±10) sec
Transcribed Image Text:Q4) A 12 bits successive approximation analog to digital convertor were used to sample the sum of two signal, the first one is given by sin(wt) x 4 and the second is constant 3V DC. Give the proper sample rate and show the ADC output if t 0.5sec. (note w 100- rad and the ADC reading range is ±10) sec
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