2.7 A coefficient-error-robust FFE TX with 230% eye-variation improvement without calibration in 65nm CMOS technology. - Seungho Han; Sooeun Lee; Minsoo Choi 002; Jae-Yoon Sim; Hong-June Park; Byungsub Kim (ISSCC, 2014)

An Approximate Closed-Form Channel Model for Diverse Interconnect Applications. - Minsoo Choi 002; Jae-Yoon Sim; Hong-June Park; Byungsub Kim (IEEE Trans. Circuits Syst. I Regul. Pap., 2014)

An Approximate Closed-Form Transfer Function Model for Diverse Differential Interconnects. - Minsoo Choi 002; Jae-Yoon Sim; Hong-June Park; Byungsub Kim (IEEE Trans. Circuits Syst. I Regul. Pap., 2015)

A Coefficient-Error-Robust Feed-Forward Equalizing Transmitter for Eye-Variation and Power Improvement. - Seungho Han; Sooeun Lee; Minsoo Choi 002; Jae-Yoon Sim; Hong-June Park; Byungsub Kim (IEEE J. Solid State Circuits, 2016)

An Approximate Transfer Function Model of Two Serially Connected Heterogeneous Transmission Lines. - Jaeyoung Seo; Minsoo Choi 002; Sanquan Song; Jae-Yoon Sim; Hong-June Park; Byungsub Kim (IEEE Trans. Circuits Syst. II Express Briefs, 2017)

A 16.6-pJ/b 150-Mb/s body-channel communication transceiver with decision feedback equalization improving >200x area efficiency. - Ji-Hoon Lee; Kwangmin Kim; Minsoo Choi 002; Jae-Yoon Sim; Hong-June Park; Byungsub Kim (ASP-DAC, 2018)

A 12-Gb/s AC-Coupled FFE TX With Adaptive Relaxed Impedance Matching Achieving Adaptation Range of 35-75Ω Z0 and 30-550Ω RRX. - Minsoo Choi 002; Myungguk Lee; Byungsub Kim (A-SSCC, 2018)

Experimental Verification of a Simple, Intuitive, and Accurate Closed-Form Transfer Function Model for Diverse High-Speed Interconnects. - Kyunghyun Lim; Minsoo Choi 002; Myat Thu Linn Aung; Kyunghwan Kim; Ji-Seong Kim; Rock-Hyun Baek; Ho-Jin Song; Tony Tae-Hyoung Kim; Byungsub Kim (ISOCC, 2018)

An FFE Transmitter Which Automatically and Adaptively Relaxes Impedance Matching. - Minsoo Choi 002; Sooeun Lee; Myungguk Lee; Ji-Hoon Lee; Jae-Yoon Sim; Hong-June Park; Byungsub Kim (IEEE J. Solid State Circuits, 2018)

An Approximate Closed-Form Transfer Function Model for Multiconductor Transmission Lines. - Jaeyoung Seo; Minsoo Choi 002; Byungsub Kim (IEEE Trans. Circuits Syst. II Express Briefs, 2018)

A Body Channel Communication Technique Utilizing Decision Feedback Equalization. - Ji-Hoon Lee; Jaehyun Ko 001; Kwangmin Kim; Minsoo Choi 002; Jae-Yoon Sim; Hong-June Park; Byungsub Kim (IEEE Access, 2020)

An Automated and Process-Portable Generator for Phase-Locked Loop. - Zhongkai Wang; Minsoo Choi 002; Eric Chang; John Charles Wright; Wooham Bae; Sijun Du; Zhaokai Liu; Nathan Narevsky; Colin Schmidt 001; Ayan Biswas; Borivoje Nikolic; Elad Alon (DAC, 2021)

8 An Output-Bandwidth-Optimized 200Gb/s PAM-4 100Gb/s NRZ Transmitter with 5-Tap FFE in 28nm CMOS. - Minsoo Choi 002; Zhongkai Wang; Kyoungtae Lee; Kwanseo Park; Zhaokai Liu; Ayan Biswas; Jaeduk Han; Elad Alon (ISSCC, 2021)

A Ring-Oscillator Sub-Sampling PLL With Hybrid Loop Using Generator-Based Design Flow. - Zhongkai Wang; Minsoo Choi 002; John Charles Wright; Kyoungtae Lee; Zhaokai Liu; Bozhi Yin; Jaeduk Han; Sijun Du; Elad Alon (ISCAS, 2022)

A 200Gb/s PAM-4 Transmitter with Hybrid Sub-Sampling PLL in 28nm CMOS Technology. - Zhongkai Wang; Minsoo Choi 002; Paul Kwon; Kyoungtae Lee; Bozhi Yin; Zhaokai Liu; Kwanseo Park; Ayan Biswas; Jaeduk Han; Sijun Du; Elad Alon (VLSI Technology and Circuits, 2022)

An Output Bandwidth Optimized 200-Gb/s PAM-4 100-Gb/s NRZ Transmitter With 5-Tap FFE in 28-nm CMOS. - Zhongkai Wang; Minsoo Choi 002; Kyoungtae Lee; Kwanseo Park; Zhaokai Liu; Ayan Biswas; Jaeduk Han; Sijun Du; Elad Alon (IEEE J. Solid State Circuits, 2022)

A 24.6-29.6GHz Hybrid Sub-Sampling PLL with Tri-State Integral Path Achieving 44fs Jitter and -254.8dB FOM in 28nm CMOS. - Zhongkai Wang; Minsoo Choi 002; Paul Kwon; Zhaokai Liu; Bozhi Yin; Kyoungtae Lee; Kwanseo Park; Ayan Biswas; Jaeduk Han; Sijun Du; Elad Alon (ISCAS, 2024)