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040 _aAIKTC-KRRC
_cAIKTC-KRRC
100 _917732
_aNavamani, Divya
245 _aEducational aid for dynamic study of DC converter with Leverrier's and Pole clustering technique using simulation software
250 _aol,35(4), April
260 _aPune
_bEngineering Education Foundation
_c2022
300 _a137-147p
520 _a paper, the dynamic analysis of the dc-dc converter is proposed with an educational aid to ease the process in which the study is carried out. This study's primary importance is that it can be added to the curriculum of Master's program in Electrical Engineering. This article mainly focuses on the mathematical modelling of the dc-dc converter with which the dynamic analysis is carried out to regulate the load and line condition. The main problems in the analysis of higher-order dc-dc converter is addressed with techniques available in the literature. A quadratic boost converter with DCL cell is chosen for studying the dynamic analysis with the flow of the technique proposed. The solution to the resolvent matrix of the converter is obtained using Leverrier's algorithm. The higher-order system's transfer function is reduced using the pole clustering technique to ease the controller design. Finally, the PI controller is tuned with Ziegler-Nichols tuning and it is incorporated with the converter using the reduced-order transfer function. The input to output transfer function is analyzed with the step response in MATLAB software and compared with the full order transfer function to validate the reduced-order transfer function. The closed-loop response is also validated both with full order and reduced-order system.
650 0 _94642
_aHumanities and Applied Sciences
700 _917733
_aMrinal, Rishab
773 0 _dSangli Rajarambapu Institute Of Technology
_tJournal of engineering education transformations (JEET)
_x2349-2473
856 _uhttps://journaleet.in/articles/educational-aid-for-dynamic-study-of-dc-converter-with-leverriers-and-pole-clustering-technique-using-simulation-software
_yClick here
942 _2ddc
_cAR