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Example 2 (ADC) done in class uses an Atmega16 and an 8-bit ADC (ADC0808) to convert a analog signal from a potentiometer into its digital counterpart. The output binary signal is then displayed on LEDS connected to port A. Replace Atmega16 and ADC0808 with Atmega328p (use its onboard ADC module) and modify the circuit diagram as well as the code. Write the new code with and without using interrupts.

Example 2 (ADC) done in class uses an Atmega16 and an 8-bit ADC (ADC0808) to convert a analog signal from a potentiometer into its digital counterpart. The output binary signal is then displayed on LEDS connected to port A. Replace Atmega16 and ADC0808 with Atmega328p (use its onboard ADC module) and modify the circuit diagram as well as the code. Write the new code with and without using interrupts.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Problem 1: Example 2 (ADC) done in class uses an Atmega16 and an 8-bit ADC (ADC0808) to convert an analog signal from a potentiometer into its digital counterpart. The output binary signal is then displayed on LEDS connected to port A. Replace Atmega16 and ADC0808 with Atmega328p (use its onboard ADC module) and modify the circuit diagram as well as the code. Write the new code with and without using interrupts. Problem 2: In problem 1, what are the step size and maximum resolution of the analog to digital conversion before and after modification? Analyze the results to show which one is better and how?
Transcribed Image Text:Problem 1: Example 2 (ADC) done in class uses an Atmega16 and an 8-bit ADC (ADC0808) to convert an analog signal from a potentiometer into its digital counterpart. The output binary signal is then displayed on LEDS connected to port A. Replace Atmega16 and ADC0808 with Atmega328p (use its onboard ADC module) and modify the circuit diagram as well as the code. Write the new code with and without using interrupts. Problem 2: In problem 1, what are the step size and maximum resolution of the analog to digital conversion before and after modification? Analyze the results to show which one is better and how?
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