A phase-lag or PI controller added to the feedback loop enhances the system's steady-state tracking response, while a first-order phase-lead controller enhances the system's transient reaction.
A phase-lag or PI controller added to the feedback loop enhances the system's steady-state tracking response, while a first-order phase-lead controller enhances the system's transient reaction.
To enhance the transient reaction, the following techniques are frequently used: Increasing output capacitance will result in fewer voltage excursions because more output capacitance means more energy is stored to support the load transient until the converter reacts.
It takes a specific amount of time for output to reach steady state after applying input to the control system. Therefore, until it reaches a steady state, the output will be in a transitory state. Transient reaction is the term for the control system's response when it is in a transient state.
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A phase-lag or PI controller added to the feedback loop enhances the system's steady-state tracking response, while a first-order phase-lead controller enhances the system's transient reaction.
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