before exiting the ISR routine, we must reset the interrupt flag status bit of the source. true or false?

True. Before exiting the ISR (Interrupt Service Routine) routine, it is necessary to reset the interrupt flag status bit of the source. This is typically done by the processor or microcontroller to indicate that the interrupt has been handled and can be re-enabled.

True. Before exiting the ISR (Interrupt Service Routine) routine, it is generally necessary to reset the interrupt flag status bit of the source. This is done to ensure that subsequent interrupts of the same type can be recognized and processed correctly.

True. Before exiting the Interrupt Service Routine (ISR) routine, it is generally necessary to reset the interrupt flag status bit of the interrupt source. This is important because it allows the processor to properly acknowledge and respond to any subsequent interrupts from the same source.

To reset the interrupt flag status bit, you would typically write a specific value to the corresponding register or memory location. The exact method of resetting the interrupt flag status bit can vary depending on the microcontroller or processor architecture being used. You should consult the documentation or reference manual of your specific microcontroller or processor to determine the specific steps required.

In general, the process involves identifying the interrupt source and finding the appropriate register or memory location where the interrupt flag status bit is stored. Once you have located the correct location, you would write a predefined value, usually a 0 or a 1, to clear the interrupt flag. This action notifies the processor that the particular interrupt has been handled and resets the flag for future interrupts.