An ADC on an Arduino system converts an input analog signal to the output digital signal...

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An ADC on an Arduino system converts an input analog signal to the output digital signal as shown in Fig. [2+2] 4(e). The quantization levels are shown in the figure. Fig. 4(c) 111 110 101 100 011 010 001 000 Now, answer the following questions: i) If the analog voltage is 2.7V, then determine the converted digital binary output for a 3.5V Arduino system. ii) In Fig. 4(c), we can see that the digital signal is not as accurate as the analog signal, explain briefly what you should do to get a more accurate digital signal, similar to the analog signal An ADC on an Arduino system converts an input analog signal to the output digital signal as shown in Fig. [2+2] 4(e). The quantization levels are shown in the figure. Fig. 4(c) 111 110 101 100 011 010 001 000 Now, answer the following questions: i) If the analog voltage is 2.7V, then determine the converted digital binary output for a 3.5V Arduino system. ii) In Fig. 4(c), we can see that the digital signal is not as accurate as the analog signal, explain briefly what you should do to get a more accurate digital signal, similar to the analog signal

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To determine the converted digital binary output for a 35 Arduino system with an input analog voltag... View the full answer