You are developing a distance measuring system using an analog infrared sensor The response curve of the infrared sensor is shown below Using the MSP432E401Y Microcontroller 12-bit ADC over a voltage...

You are developing a distance measuring system using an analog infrared sensor The response curve of the infrared<br>sensor is shown below Using the MSP432E401Y Microcontroller 12-bit ADC over a voltage range of 0 to +3.3V. Determine<br>what the measured distance is for an ADC digital value of 0XBAE. Distance in centimeters (cm)<br>35<br>6 qm<br>5 am<br>30<br>8 am<br>7 am<br>25<br>10 am<br>20<br>15 an<br>15<br>25 am<br>20 am<br>10<br>30 am<br>50 am 40 am<br>05<br>80 cm<br>00<br>O D0<br>020<br>O 05<br>1D istance (1/m )<br>0.10<br>0.15<br>O 0.10<br>O 30<br>O 0.30<br>O10<br>O Insufficient ADC resolution<br>Output voltage (V)<br>

Extracted text: You are developing a distance measuring system using an analog infrared sensor The response curve of the infrared sensor is shown below Using the MSP432E401Y Microcontroller 12-bit ADC over a voltage range of 0 to +3.3V. Determine what the measured distance is for an ADC digital value of 0XBAE. Distance in centimeters (cm) 35 6 qm 5 am 30 8 am 7 am 25 10 am 20 15 an 15 25 am 20 am 10 30 am 50 am 40 am 05 80 cm 00 O D0 020 O 05 1D istance (1/m ) 0.10 0.15 O 0.10 O 30 O 0.30 O10 O Insufficient ADC resolution Output voltage (V)

Jun 10, 2022

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You are developing a distance measuring system using an analog infrared sensor The response curve of the infrared sensor is shown below Using the MSP432E401Y Microcontroller 12-bit ADC over a voltage...

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