suppose that a (very slow and weird) computer can read or write a word to and from memory in 0.1 millisecond. also suppose that when the timer interrupt occurs, 32 cpu registers (each with a size of three words), and the program counter (size of two words) are saved by pushing them onto the stack. if the execution of the interrupt handler take 3.4 milliseconds, what is the total round trip time of a single timer interrupt?

Timer interrupts let you carry out a task at very precise intervals, regardless of what else is happening in your code. I'll describe in this instructable how to set up and carry out an interrupt in Clear Timer on Compare Match or CTC Mode. If you're searching for some sample code, go straight to step 2.

The CPU has no control over timers. span of time (also called as clock period). The user causes an interrupt at the beginning of each cycle.

Hardware interruptions come in three varieties:

interrupts that can be hidden. Selectively enabling and disabling hardware requests happens within a processor's internal interrupt mask register.
Non-maskable interrupts. Some interrupt signals are not affected by the interrupt mask because it cannot be disabled in some circumstances.
false interruptions

To learn more about timer interrupt refer to:

https://brainly.com/question/14636698

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