A high-performance oscillator based on RF MEMS resonator and low-noise sustaining circuit for timing applications. - Jicong Zhao; Quan Yuan; Haiyan Sun; Jinling Yang; Ling Sun 009 (IEICE Electron. Express, 2018)

Characterization analysis of quality factor, electro-mechanical coupling and spurious modes for AlN Lamb-wave resonators with fs > 2 GHz. - Shitao Lv; Zheng Zhu; Fei Long; Haiyan Sun; Chenguang Song; Aoyu Zhang; Fazeng Tan; Jicong Zhao (Microelectron. J., 2022)

Theoretical and Experimental Analysis of the Spurious Modes and Quality Factors for Dual-Mode AlN Lamb-Wave Resonators. - Haiyan Sun; Xingyu Wang; Zheng Zhu; Jicong Zhao (IEICE Trans. Electron., 2023)

Design of dual-mode resonators based on laterally coupled alternating thickness (LCAT) modes for WiFi 2.4G and n77 dual-passband filter. - Jicong Zhao; Shitao Lv; Xunyan Ma; Xinyi Sun; Aoyu Zhang; Haiyan Sun (Microelectron. J., 2023)

Study of electrode structures for 5.89 GHz A1 mode Lamb wave resonators to achieve fs×kt2×Q > 247×109 Hz. - Jicong Zhao; Aoyu Zhang; Xinyi Sun; Yanmeng Dang; Yi Cao; Haiyan Sun; Quan Shi (Microelectron. J., 2023)

High-k2 AlSc0.095N-based two-dimensional coupled mode resonators with transducer design toward 5G application. - Zexin Sun; Shitao Lv; Wenhao Ye; Xinyi Sun; Haiyan Sun; Jicong Zhao (Microelectron. J., 2024)

Study on the impact of the resonant cavity and lateral acoustic edge reflector for AlSc0.095N-based S0 mode Lamb-wave resonators. - Jicong Zhao; Zexin Sun; Zhi Dong; Yanmeng Dang; Shitao Lv; Wenhao Ye; Haiyan Sun; Quan Shi (Microelectron. J., 2024)

Laterally excited bulk wave resonators on ZY-Plane LiNbO3: Optimization, fabrication, and de-embedding structure for accurate parameter extraction. - Shitao Lv; Xinyi Sun; Yuxin Zhang; Kaihong Zhang; Changle Feng; Yi Cao; Haiyan Sun; Jicong Zhao (Microelectron. J., 2025)

On-chip integrated 0.4 GHz & 2.3 GHz Lamb wave resonators: Electrode structure optimization and flip-transfer fabrication. - Jicong Zhao; Qiner Xu; Shitao Lv; Wenhao Ye; Qiang Xu; Yi Cao; Haiyan Sun; Jing Huang (Microelectron. J., 2025)