Question: Q4 2 Points Timer O is configured for 16-bit mode using SYSCLK/12. An unknown SYSCLK value results in exactly 25 overflows in 1 second. How


Q4 2 Points Timer O is configured for 16-bit mode using SYSCLK/12. An unknown SYSCLK value results in exactly 25 overflows in 1 second. How much time will 25 overflows take after the line of code below is issued? Answer in whole milliseconds without the unit, rounded to the nearest millisecond. (e.g., 15 -> 1000) CKCON I = 0x78; Enter your answer here Q5 Delay Implementation 5 Points Enter a snippet of code that could be used to implement a program delay of approximately 100 ms. Assume Timer 1 overflows every 2.96 ms and the variable uint16\_t T@counts is incremented in the Timer O interrupt service routine (ISR). TOcounts may be modified as needed. Enter your answer here Q6 Interrupt Routine 4 Points Write the entire interrupt service routine function to accomplish the required functionality in Q4, including the function name. Enter your answer here Q4 2 Points Timer O is configured for 16-bit mode using SYSCLK/12. An unknown SYSCLK value results in exactly 25 overflows in 1 second. How much time will 25 overflows take after the line of code below is issued? Answer in whole milliseconds without the unit, rounded to the nearest millisecond. (e.g., 15 -> 1000) CKCON I = 0x78; Enter your answer here Q5 Delay Implementation 5 Points Enter a snippet of code that could be used to implement a program delay of approximately 100 ms. Assume Timer 1 overflows every 2.96 ms and the variable uint16\_t T@counts is incremented in the Timer O interrupt service routine (ISR). TOcounts may be modified as needed. Enter your answer here Q6 Interrupt Routine 4 Points Write the entire interrupt service routine function to accomplish the required functionality in Q4, including the function name. Enter your answer here
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