An IPT System with Constant Current and Constant Voltage Output Features for EV Charging. - Pengju Cao; Yunyu Tang; Fan Zhu; Zhuhaobo Zhang; Jing Zhou; Zhihong Bai; Hao Ma 002 (IECON, 2018)

EMI Filter Design Based on High-Frequency Modeling of Common-mode Chokes. - Hao Chen; Yaowei Hu 002; Lei Wang 025; Zhuhaobo Zhang; Guozhu Chen (ISIE, 2018)

An Inductive Power Transfer System Design with Large Misalignment Tolerance for EV Charging. - Zhuhaobo Zhang; Philip T. Krein; Hao Ma 002; Yunyu Tang; Jing Zhou; Dehong Xu (ISIE, 2018)

An Orthogonal Decoupled Transformer Design for Inductive Power Transfer Applications. - Zhuhaobo Zhang; Shaoting Zheng; Dehong Xu; Philip T. Krein; Hao Ma 002 (ISIE, 2020)

Analysis and Design of an IPT System Based on Shunt Inductor Compensation for Battery Charging Applications. - Shiying Luo; Shaoting Zheng; Zirui Yao; Zhuhaobo Zhang; Guanxi Li; Zhongbao Luo; Junjie Zhang; Hao Ma 002 (ISIE, 2021)

A Gyrator-Based Converting-Splitting Method of Designing Inductive Power Transfer Systems With Constant Current and Constant Voltage Charging. - Shaoting Zheng; Zhuhaobo Zhang; Shiying Luo; Zhongbao Luo; Zirui Yao; Junjie Zhang; Guanxi Li; Hao Ma 002 (ISIE, 2021)

Modular Four-Channel 50 kW WPT System With Decoupled Coil Design for Fast EV Charging. - Hao Chen 078; Zhongnan Qian; Ruoqi Zhang; Zhuhaobo Zhang; Jiande Wu; Hao Ma 002; Xiangning He (IEEE Access, 2021)

A Dual Shunt Inductor Compensated IPT System With Nearly Unity Power Factor for Wide Load Range and Misalignment Tolerance. - Shiying Luo; Zirui Yao; Zhuhaobo Zhang; Guanxi Li; Xin Zhang 034; Hao Ma 002 (IEEE Trans. Ind. Electron., 2022)

Balanced Dual-Side LCC Compensation in IPT Systems Implementing Unity Power Factor for Wide Load Range and Misalignment Tolerance. - Shiying Luo; Zirui Yao; Zhuhaobo Zhang; Xin Zhang 034; Hao Ma 002 (IEEE Trans. Ind. Electron., 2023)

Balanced Inverse-Coupled LCC Compensation in IPT Systems With an Integrated Coupler. - Shiying Luo; Zhuhaobo Zhang; Xuan Wei; Xin Zhang 034; Hao Ma 002 (IEEE Trans. Ind. Electron., 2025)