# Question For a 12 bit ADC with analog input voltage ranging from $$-2 \mathrm{~V}$$ to $$2 \mathrm{~V}$$. Determine the following ? i.) Number of Quantization levels ii.) Step Size iii.) Quantization level, when the analog votage is $$1.33 \mathrm{~V}$$ iv.) Quantization error and dynamic range? The Nyquist sampling rate for the signal: \[ For a 12 bit ADC with analog input voltage ranging from −2 V to 2 V. Determine the following ? i.) Number of Quantization levels ii.) Step Size iii.) Quantization level, when the analog votage is 1.33 V iv.) Quantization error and dynamic range? The Nyquist sampling rate for the signal: s(t)=πtsin(500πt)​×πtsin(700πt)​

L5JCIY The Asker · Electrical Engineering

Transcribed Image Text: For a 12 bit ADC with analog input voltage ranging from −2 V to 2 V. Determine the following ? i.) Number of Quantization levels ii.) Step Size iii.) Quantization level, when the analog votage is 1.33 V iv.) Quantization error and dynamic range? The Nyquist sampling rate for the signal: s(t)=πtsin(500πt)​×πtsin(700πt)​
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Transcribed Image Text: For a 12 bit ADC with analog input voltage ranging from −2 V to 2 V. Determine the following ? i.) Number of Quantization levels ii.) Step Size iii.) Quantization level, when the analog votage is 1.33 V iv.) Quantization error and dynamic range? The Nyquist sampling rate for the signal: s(t)=πtsin(500πt)​×πtsin(700πt)​