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  2. Interrupts are crucial in microcontrollers for the following reasons12345:
    • Separating time-critical events from others and executing them in a prioritized manner.
    • Allowing the processor to pause its current task and execute other code.
    • Reducing the load on the microcontroller by avoiding constant checking for events.
    • Enhancing multitasking abilities.
    • Enabling real-time responses to external events.
    Learn more:
    As mentioned above, interrupts form the basis for separating the time-critical events from the others and execute them in a prioritized manner. An interrupt tells the microcontroller to drop whatever it is doing and execute another program (the Interrupt Service Routine or ISR) stored at a predefined place in the program memory.
    embedded-lab.com/blog/lab-16-understanding-inter…
    Interrupts are crucial to the operation and function of most modern microcontrollers. They allow you to pause whatever the processor was working on, execute some other piece of code, and then go back to its main function.
    blog.sparkfuneducation.com/understanding-the-inn…
    Generally speaking, interrupt is a special signal for a microcontroller. It is being sent by software or hardware and requires immediate attention. The advantage of such an approach, in general, is the reduction of the load on the microcontroller, which doesn't have to always check whether the event occurred or not (see polling).
    bletvaska.gitbooks.io/advanced-iot-applications/co…
    Interrupts are the important feature of a microcontroller which enables the microcontroller to respond to the external events and requests, which enhances the multitasking abilities of the microcontroller.
    www.geeksforgeeks.org/microcontrollers-8051-inte…
    The interrupt is typically caused by a change in the state of an external device, such as a button press or a sensor reading. This allows for real-time responses, as the microcontroller can react to the event immediately. When an interrupt occurs, the ISR is called, and any code that is inside the ISR will be run.
    florisera.com/embedded-systems/how-to-use-interr…
     
  3. People also ask
    Do interrupts work on all microcontrollers?Interrupts are very powerful tools built into almost every microcontroller. If you write microcontroller code, I can guarantee that they will make your life easier. Once you learn the basics of interrupts, you will find that they work essentially the same on all microcontrollers.
    What does a microcontroller do when a task is interrupted?When an interrupt occurs, the microcontroller automatically maintains its state and fetches the interrupt vector’s ISR address to execute the Interrupt Service Routine (ISR) operation. Once the ISR is finished, the microcontroller restarts the task which has been interrupted. A microcontroller is an integrated circuit that contains a processor, memory, and input/output peripherals.
    What happens when a microcontroller receives an interrupt signal?When a microcontroller's CPU receives an interrupt signal, it pauses the main program execution and saves its current context. The CPU then jumps to the interrupt vector (address) where the corresponding ISR (Interrupt Service Routine) handler function is located and starts executing that function till completion.
    Can a microcontroller have multiple interrupt sources?If set correctly, these events will take over program flow once they occur and give back resources once they’ve been serviced. As we mentioned, a microcontroller can have multiple interrupt sources. AVR is equipped only with hardware interrupts. Other microcontrollers may have software interrupts as well.
     
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  5. WebMay 11, 2015 · In the main function on the ARM microcontrollers there is an function which enables interrupts (required!) and when main function executing it constantly polls (enters) that interrupt function (with the help …

  6. Microcontroller Interrupts - Circuit Cellar

    WebDec 17, 2022 · An interrupt is a signal that temporarily changes what an MCU is doing, because of some hardware event, such as receipt of a byte of data or rollover of a timer. In response to an interrupt, the MCU …

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