A Low Phase Noise Open Loop Fractional-N Frequency Synthesizer With Injection Locking Digital Phase Modulator. - Chenggang Yan 002; Jianhui Wu 001; Jie Sun 020; Jin Jin 005; Chen Hu (IEEE Trans. Circuits Syst. II Express Briefs, 2020)

A 400-µW Low-IF IoT Receiver Front-End with Tunable Charge-Sharing Complex Filter. - Jin Jin 005; Jianhui Wu 001; Rinaldo Castello; Danilo Manstretta (ESSCIRC, 2021)

An FDD Auxiliary Receiver with a Highly Linear Low Noise Amplifier. - Jin Jin 005; Simone Lecchi; Rinaldo Castello; Danilo Manstretta (ESSCIRC, 2022)

A 400-μW IoT Low-IF Voltage-Mode Receiver Front-End With Charge-Sharing Complex Filter. - Jin Jin 005; Jianhui Wu 001; Rinaldo Castello; Danilo Manstretta (IEEE J. Solid State Circuits, 2022)

A 5.2GHz Trifilar Transformer-Based Class-F23 Noise Circulating VCO with FoM of 192.6 dBc/Hz. - Hanzhang Cao; Tongde Huang; Xiaolong Liu; Hao Wang 265; Jin Jin 005; Wen Wu 005 (A-SSCC, 2023)

34.5 An 18.5-to-23.6GHz Quad-Core Class-F23 Oscillator Without 2nd/3rd Harmonic Tuning Achieving 193dBc/Hz Peak FoM and 140-to-250kHz 1/f3PN Corner in 65nm CMOS. - Hanzhang Cao; Sichen Gao; Jin Jin 005; Xiaolong Liu; Wen Wu 005; Tongde Huang (ISSCC, 2025)

A Trifilar Transformer-Based Class-F23 VCO With Noise-Circulating Technology. - Hanzhang Cao; Sichen Gao; Tongde Huang; Xiaolong Liu; Hao Wang 265; Jin Jin 005; Wen Wu 005 (IEEE Trans. Very Large Scale Integr. Syst., 2025)

A 14.0-to-17.3GHz Inter-Core 1st&2nd Harmonics Co-Circulation Quad-Core Inverse Class-F Oscillator Achieving 199.1dBc/Hz Peak FoM in 65nm CMOS. - Junnan Guan; Hanzhang Cao; Jin Jin 005; Wen Wu 005; Tongde Huang (CICC, 2026)

An Ultra-Low-Power Capacitive Stacking Receiver Front-End with a PVT-Robust Switched-Capacitor-Based Feed-Forward IM3 Cancellation Technique. - Jin Jin 005; Zhepu Xu; Bowei Xiao; Guisheng Yan; Danilo Manstretta; Wen Wu 005; Tongde Huang (CICC, 2026)

A +43.3-dBm IIP3, Low-Power Transimpedance Amplifier Employing a Switched-Capacitor Amplifier-Based Transition-Band Pole-Zero Doublets Compensation Technique. - Bowei Xiao; Jin Jin 005; Haipeng Bai; Wen Wu 005; Danilo Manstretta; Tongde Huang (IEEE J. Solid State Circuits, 2026)