1. Suppose you use a baud rate of 38400. How far off can the clock rate...

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1. Suppose you use a baud rate of 38400. How far off can the clock rate of your 2 devices be before you start reading data incorrectly? Do not use the 5% approximation, but rather compute the answer exactly. How does it compare to the 5% approximation? (5 pts) 2. Suppose your clock signals differ by more than the amount in Question 1. What error flag would you expect to see, in what register? Why would this error flag get triggered in this situation? (5 pts) 3. How could you solve the above problem (i.e., by changing the baud rate)? What is the inherent performance penalty associated with this solution? (10 pts) 1. Suppose you use a baud rate of 38400. How far off can the clock rate of your 2 devices be before you start reading data incorrectly? Do not use the 5% approximation, but rather compute the answer exactly. How does it compare to the 5% approximation? (5 pts) 2. Suppose your clock signals differ by more than the amount in Question 1. What error flag would you expect to see, in what register? Why would this error flag get triggered in this situation? (5 pts) 3. How could you solve the above problem (i.e., by changing the baud rate)? What is the inherent performance penalty associated with this solution? (10 pts)

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