Pulse density modulation based mutual inductance and load resistance identification method for wireless power transfer system / Ruimin Dai, Wei Zhou, Yonghong Chen, Zhehui Zhu, and Ruikun Mai.
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TextPublication details: New York ; The Institute of Electrical and Electronics Engineers, Inc. , August 2022.Description: Volume 37, pages 9933-9943 : illustration ; 28 cmDDC classification: - DPer 621.381 In821 August 2022 v. 37 n. 8
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Periodicals
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UM Digos College - LIC | Periodicals | DPer 621.381 In821 August 2022 v. 37 n. 8 (Browse shelf(Opens below)) | Not for loan | Periodical Article |
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| DPer 621.381 In821 August 2022 v. 37 n. 8 Comparison of CCM- and CRM-based boost parallel active power decoupler for PV microinverter / | DPer 621.381 In821 August 2022 v. 37 n. 8 Overview of power converter control in microgrids—challenges, advances, and future trends / | DPer 621.381 In821 August 2022 v. 37 n. 8 Data-driven modeling and control considering time delays for WPT system / | DPer 621.381 In821 August 2022 v. 37 n. 8 Pulse density modulation based mutual inductance and load resistance identification method for wireless power transfer system / | DPer 621.381 In821 August 2022 v. 37 n. 8 Design and multiobjective optimization of an auxiliary wireless power transfer converter in medium-voltage modular conversion systems / | DPer 621.381 In821 August 2022 v. 37 n. 8 Continuous reduced-order dynamic model based on energy balancing for inductive power transfer systems / | DPer 621.381 In821 August 2022 v. 37 n. 8 Magnetic design considerations for high-power wireless charging systems / |
IEEE Transitions on Power Electronics, v. 37 n. 8, pages 9933-9943, August 2022.
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