Hey,
It was said in Wikipedia that
"As we consider that the converter operates in steady-state conditions, the amount of energy stored in each of its components has to be the same at the beginning and at the end of a commutation cycle".
Could some please explain to me why its correct?
For example, if the cycle duration is 10sec, and the duty cycle is 0.01,
then it means that the output capacitor will provide the load with energy for 9.9 seconds before it will reach a 0.1sec recharing period.
How can the capacitor get in 0.1sec, all voltage it lost after holding up the load for 9.9sec without being recharged during that time?
Thank you.
It was said in Wikipedia that
"As we consider that the converter operates in steady-state conditions, the amount of energy stored in each of its components has to be the same at the beginning and at the end of a commutation cycle".
Could some please explain to me why its correct?
For example, if the cycle duration is 10sec, and the duty cycle is 0.01,
then it means that the output capacitor will provide the load with energy for 9.9 seconds before it will reach a 0.1sec recharing period.
How can the capacitor get in 0.1sec, all voltage it lost after holding up the load for 9.9sec without being recharged during that time?
Thank you.