Consider a processor that uses a Timer32 to generate PWM. Imagine a situation when the PWM is in the "on" cycle and the processor gets busy with another task, and therefore, is not able to change the "on" state to "off" state at the right moment. Nevertheless, the processor is not busy during the "off" cycle and switches back to the "on" cycle at the proper time. What happens to the PWM?
A. The duty cycle of the PWM goes higher than the desired value.
B. The duty cycle of the PWM goes lower than the desired value.
C. The duty cycle of the PWM does not change, but the whole pulse gets shifted (delayed)