Research Interest
• RF/mmWave/Microwave Integrated Circuit, Metasurface, and Antenna system
Researchers
Donghun Kang (25.03~)
Integrated MS Student
Department of Electrical and Computer Engineering Seoul National University 1 Gwanak-ro, Gwanak-gu, Seoul, Korea
Building 132 Room 311
Research Experiences
110 GHz Broadband DC-Blocking capacitor measurement - Samsung electro-mechanics (2026.1~)
Realizing Ultra-Dense 6G MIMO: Probabilistic-Inverse Design AI-Model Based Integrated Antenna-DPD System and Its Validation - Samsung (2025.12~)
Design and Performance Verification of a FR3 6GHz Band Full-Duplex Joint Radar-Communication RFIC System Based on Probabilistic Reverse Engineering AI Model Establishment - Samsung LSI (2025.10)
Publication
International Journals
- U. Park, T. Yoon, D. Kang, and J. Oh, "An Ultracompact Active Bidirectional Phase Shifter with an Intrinsic Reciprocal Phase Inverting Core", IEEE Microwave and Wireless Components Letters, Early Access. (IMS Special Issue)
International Conferences
- D. Kang, U. Park and J. Oh, "Joint Optimization of Guard-Band-Confined Peak Reduction and DPD for Boosting PA Average Output Power", 2026 IEEE/MTT-S International Microwave Symposium (IMS), IEEE, 2026.
- U. Park, T. Yoon, D. Kang and J. Oh, "An Ultracompact Active Bidirectional Phase Shifter with an Intrinsic Reciprocal Phase Inverting Core", 2026 International Microwave Symposium (IMS), IEEE, 2026
Domestic Conferences
- D. Kang, U. Park and J. Oh, "Joint Optimization of Peak Reduction and DPD for Boosting PA Average Output Power", 2026 Winter KIEES, Feb. 2026.
- D. Kang and J.Oh, "13.2–33 GHz Flat-NF, High-Gain CMOS LNA with Transformer-Based Input Matching", ITFE Summer Conference, Aug. 2025.