CMOS terahertz receivers. - Qian Zhong; Wooyeol Choi 001; Dae Yeon Kim; Zeshan Ahmad; Rui Xu 008; Yaming Zhang; Ruonan Han 001; Sandeep Kshattry; Navneet Sharma; Z.-Y. Chen; Dongha Shim; Swaminathan Sankaran; et al. (CICC, 2018)

A Wideband 180-GHz Phase-Lacked-Loop Based MSK Receiver. - Shenggang Dong; Ibukunoluwa Momson; Sandeep Kshattry; Pavan Yelleswarapu; Wooyeol Choi 001; Kenneth K. O (CICC, 2020)

315-GHz Self-Synchronizing Minimum Shift Keying Receiver in 65-nm CMOS. - Ibukunoluwa Momson; Shenggang Dong; Pavan Yelleswarapu; Wooyeol Choi 001; Kenneth K. O (VLSI Circuits, 2020)

A 10-Gb/s 180-GHz Phase-Locked-Loop Minimum Shift Keying Receiver. - Shenggang Dong; Ibukunoluwa Momson; Sandeep Kshattry; Pavan Yelleswarapu; Wooyeol Choi 001; Kenneth K. O (IEEE J. Solid State Circuits, 2021)

A 430GHz CMOS Concurrent Transceiver Pixel Array for High Angular Resolution Reflection-Mode Active Imaging. - Yukun Zhu; Pranith R. Byreddy; Shenggang Dong; Kenneth K. O; Wooyeol Choi 001 (ISSCC, 2022)

Beamforming with Joint Phase and Time Array: System Design, Prototyping and Performance. - Jianhua Mo 001; Ahmad AlAmmouri; Shenggang Dong; Younghan Nam; Won-Suk Choi 004; Gary Xu; Jianzhong Charlie Zhang (IEEECONF, 2024)

10-GSymbols/s Supply Modulated 250-GHz SiGe HBT Transmitter RF Front-End with 6.8-dBm Peak Modulated Power. - Haidong Guo; Suprovo Ghosh; Frank Zhang; Suhwan Lee; Wooyeol Choi 001; Shenggang Dong; O. Kenneth (BCICTS, 2024)

A 74W/48V Monolithic-GaN Integrated Adjustable Multilevel Supply Modulator for 5G Base-Station Massive-MIMO Arrays. - Hieu Minh Pham; Peter M. Asbeck; Donald F. Kimball; Navneet Sharma; Shenggang Dong; Masoud Shahshahani; Won-Suk Choi 004; Gary Xu; Marcus Michel; Ratul Das; Robert Beach; Hanh-Phuc Le (ISSCC, 2025)

10-GSymbols/s Supply-Modulated APSKC SiGe HBT Transmitter RF Front End for Operation at 250 GHz With 6.8-dBm Peak Modulated Power. - Haidong Guo; Suprovo Ghosh; Frank Zhang; Suhwan Lee; Wooyeol Choi 001; Shenggang Dong; Ibukunoluwa Momson; Karl Strecker; Kenneth K. O (IEEE J. Solid State Circuits, 2025)