Optimization design of fragment-type microstrip filter using boundary-based filtering operator. - Wa Kong; Da-Wei Ding 004; Jing Xia; Xiao-Dong Ding; Lixia Yang (IEICE Electron. Express, 2018)

A Doherty Power Amplifier with Large Back-Off Power Range Using Integrated Enhancing Reactance. - Wa Kong; Jing Xia; Fan Meng; Chao Yu 002; Lixia Yang; Xiaowei Zhu 002 (Wirel. Commun. Mob. Comput., 2018)

Design of a 12dB back-off asymmetric Doherty power amplifier using reactive output impedance. - Jing Xia; Tianqi Zhang; Jialin Cai; Xinyu Zhou 001; Da-Wei Ding 004; Wa Kong; Xu Bao (IEICE Electron. Express, 2020)

Bandwidth Extension of Three-Way Doherty Power Amplifier With Reactance Compensation Using Parallel Peaking Amplifiers. - Wa Kong; Jing Xia; Xinyu Zhou 001; Tianqi Zhang; Wence Zhang; Xu Bao (IEEE Access, 2021)

Optimization design of fragment-type filtering matching network for continuous inverse class-F power amplifier. - Jing Xia; Chengxi Bian; Wa Kong; Yongpeng Zhu; Wence Zhang; Ruijia Liu; Ziming Zhao 007; Xiaowei Zhu 002 (IEICE Electron. Express, 2022)

High efficiency wideband continuous class power amplifier design based on reflection coefficient circle impedance area optimization. - Wa Kong; Hongyan Fu 003; Jing Xia; Wence Zhang; Ziming Zhao 007; Xiao-Wei Zhu 002 (IEICE Electron. Express, 2024)

Optimization Design of Broadband Doherty PA Using Fragment-Type Matching Network Based on Dual-State Impedance Objective Function. - Wa Kong; Yujie Zhong; Jing Xia; Xin Yu Zhou 001; Hongyan Fu 003; Weiqing Dong; Ziming Zhao 007; Xiao-Wei Zhu 002 (IEEE Trans. Circuits Syst. II Express Briefs, 2024)

Design of a wideband symmetric large back-off range Doherty power amplifier based on impedance and phase hybrid optimization. - Zhongpeng Ni; Jing Xia; Xinyu Zhou 001; Wa Kong; Wence Zhang; Xiaowei Zhu 002 (Frontiers Inf. Technol. Electron. Eng., 2025)

Design and Analysis of Optimization Method for Ultra-Wideband PA Based on Improved MOEA/D Algorithm Using Mixed Objective Function. - Zhongpeng Ni; Jing Xia; Xinyu Zhou 001; Wa Kong; Heng Zhang; Chao Yu 002; Xiao-Wei Zhu 002 (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 2025)