Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Robust DC-DC converter which can cover extensive load changes and also input voltage changes with one controller is needed. Then the demand to suppressing output voltage change becomes still severer.  proposed an aproximate 2DOF digital controller which realizes the start-up response and dynamic load response independently. The controller makes the control bandwidth wider, and at the same time makes a variation of the output voltage small at sudden changes of loads and the input voltages. , a new approximate 2DOF digital controller using additional zeros is proposed. The new controller makes a variation of the output voltage more small at sudden changes of loads and the input voltages. This controller is actually implemented on a DSP and is connected to a DC-DC converter. Experimental studies demonstrate that this type of digital controller can satisfy given severe specifications.
['Eiji Takegami', 'Kohji Higuchi', 'Kazushi Nakano', 'Satoshi Tomioka', 'Kazushi Watanabe']
I am writing a research paper on a idea New Approximate 2DOF Digital Controller for DC-DC Converter with Additional Zeros
[{"from": "human", "value": "I am writing a research paper on a idea New Approximate 2DOF Digital Controller for DC-DC Converter with Additional Zeros"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Robust DC-DC converter which can cover extensive load changes and also input voltage changes with one controller is needed. Then the demand to suppressing output voltage change becomes still severer.  proposed an aproximate 2DOF digital controller which realizes the start-up response and dynamic load response independently. The controller makes the control bandwidth wider, and at the same time makes a variation of the output voltage small at sudden changes of loads and the input voltages. , a new approximate 2DOF digital controller using additional zeros is proposed. The new controller makes a variation of the output voltage more small at sudden changes of loads and the input voltages. This controller is actually implemented on a DSP and is connected to a DC-DC converter. Experimental studies demonstrate that this type of digital controller can satisfy given severe specifications."}]