Interrupt very useful receive data from sensors microcontroller - Search
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  2. External interrupts

    External interrupts are very useful because they allow us to be able to receive data from sensors in a microcontroller without constantly asking the sensor if it has new data. In other words, interrupts allow us to avoid polling.
    techtutorialsx.com/2016/12/11/esp8266-external-interrupts/
    techtutorialsx.com/2016/12/11/esp8266-external-interrupts/
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    What is a microcontroller interrupt?The trigger for those interrupts will be a change in a value of a digital input pin of the microcontroller. External interrupts are very useful because they allow us to be able to receive data from sensors in a microcontroller without constantly asking the sensor if it has new data. In other words, interrupts allow us to avoid polling.
    What does a microcontroller do when a task is interrupted?The microcontroller automatically maintains its state on interrupt, fetches the interrupt vector’s ISR address, and executes the ISR’s operation. Once the ISR is finished, the microcontroller restarts the task which has been interrupted. What is an 8051 Microcontroller?
    What are the sources of interrupts in a microcontroller?A microcontroller has several sources of interrupts, which can be external or internal. The most common internal interrupt sources are timers, EEPROM, ADC module, and comparator. External interrupts originate in peripherals and reach the microcontroller through one of its pins and associated ports.
    What happens when a microcontroller receives an interrupt signal?When the 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 handler function is located. And starts executing that ISR handler function till completion.
     
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