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In this paper, a robust digital deadbeat current controller with online estimation of inductor value, is proposed for a fourth-order boost dc-dc switching power converter. A general digital deadbeat control law is derived for the inductor-1 current of the converter, which can also be extended to inductor-2 current. In-order to achieve robust performance and to reduce the sensitivity of the controller...
In this paper, a systematic procedure is proposed for robust digital controller design for higher order switching power converters using Quantitative Feedback Theory. A robust voltage mode controller is then directly designed in discrete-time domain for a fourth-order boost dc-dc switching power converter operating in continuous conduction mode. A simplified flowchart that describes the detailed design...
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