Assuming that a 5-bit ADC channel accepts analog input ranging from 0 tos volts, determine the following a) Number of quantization levels b) Step size of quantizer or resolution ) Quantization level...


Assuming that a 5-bit ADC channel accepts analog input ranging from 0 tos volts,<br>determine the following<br>a) Number of quantization levels<br>b) Step size of quantizer or resolution<br>) Quantization level when the analog voltage is 3.2 volts<br>dj Binary code produced by the ADC<br>e) Quantization error.<br>Please provide details/explanation. Thank you.<br>She<br>F<br>Levels = 2 = 32<br>最=<br>=<br>OI5625<br>25<br>when anasag voltoge is 32<br>3.2<br>euauti tation level is=<br>= 20.48 = 20th lever<br>57951-0<br>Binay code = 20 =<br>10100<br>quauti zation error =<br>3.125- 3.2<br>- 0.075 ws.<br>A solution to the same result,<br>but I need to write the laws clearly<br>and in order<br>

Extracted text: Assuming that a 5-bit ADC channel accepts analog input ranging from 0 tos volts, determine the following a) Number of quantization levels b) Step size of quantizer or resolution ) Quantization level when the analog voltage is 3.2 volts dj Binary code produced by the ADC e) Quantization error. Please provide details/explanation. Thank you. She F Levels = 2 = 32 最= = OI5625 25 when anasag voltoge is 32 3.2 euauti tation level is= = 20.48 = 20th lever 57951-0 Binay code = 20 = 10100 quauti zation error = 3.125- 3.2 - 0.075 ws. A solution to the same result, but I need to write the laws clearly and in order

Jun 11, 2022
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