| Hyohyun Nam |
|---|
| - Currently working in Samsung Research, Seoul, Korea |
| Email : [email protected] |
| Education |
| - 박사학위 : 동국대학교 (2020) - 석사학위 : 서울시립대학교 (2015) - 학사학위 : 서울시립대학교 (2013) |
| Thesis |
| - Silicon-based RF Transceiver front-end Designs for Wireless Communication and Sensing Applications |
| Van-Son Trinh |
|---|
| - Currently working in Newratek, Seoul, Korea |
| Email : [email protected] |
| Education |
| - 박사학위 : 동국대학교 (2022) - 학사학위 : Hanoi University of Science and Technology (2015) |
| Thesis |
| - Transformer-Based RF Power Amplifiers and Signal Generations in Silicon |
| Van-viet Nguyen |
|---|
| - Currently working in eSilicon, Ho Chi Minh City, Vietnam |
| Email : [email protected] |
| Education |
| - 석사학위 : 동국대학교 (2019) - 학사학위 : Hochiminh Univ. of Technology (2015) |
| Thesis |
| - An X-Band Bi-Directional Transmit/Receive Module for a Phased Array System in 65-nm CMOS |
| Hsiang Nerng Chen |
|---|
| - |
| Email : [email protected] |
| Education |
| - 석사학위 : 동국대학교 (2020) - 학사학위 : Asia Pacific University of Technology & Innovation (2016) |
| Thesis |
| - A Compact Circularly Polarized MIMO Dielectric Resonator Antenna Over Electromagnetic Bandgap Surface for 5G Applications |
| 최 영 조 |
|---|
| - Currently working in Hanwha System, Yongin, Korea |
| Email : [email protected] |
| Education |
| - 석사학위 : 동국대학교 (2020) - 학사학위 : 동국대학교 (2018) |
| Thesis |
| - Studies of Power Supply Rejection Enhancement Methods for RF Power Amplifier and Low Dropout Regulator in CMOS Technology |
| 이 현 석 |
|---|
| - Currently pursuing Ph.D. degree in Texas A&M, Texas, USA |
| Email : [email protected] |
| 학 력 |
| - 석사학위 : 동국대학교, 마이크로전자공학전공 (2022) - 학사학위 : 동국대학교, 전자전기공학부 (2020) |
| Thesis |
| - Design of Broadband Balanced Power Amplifier for High Precision Radar Sensors in CMOS Technology |
| 홍 태 화 |
|---|
| Email : [email protected] |
| 학 력 |
| - 석사학위 : 동국대학교, 마이크로전자공학전공 (2023) - 학사학위 : 동국대학교, 전자전기공학부 (2020) |
| Thesis |
| - Design of 8 bit Current Steering RF DAC for Direct Digital Synthesis in CMOS Technology |
| 이 준 희 |
|---|
| - Currently working in Samsung Electronics System LSI, Hwaseong, Korea |
| Email : [email protected] |
| 학 력 |
| - 석사학위 : 동국대학교, 마이크로전자공학전공 (2023) - 학사학위 : 동국대학교, 전자전기공학부 (2021) |
| Thesis |
| - Studies of Low Dropout Regulators for Analog and Digital Systems in CMOS Technology |
| 박 형 근 |
|---|
| - Currently working in Samsung Electronics System LSI, Suwon, Korea |
| Email : [email protected] |
| 학 력 |
| - 석사학위 : 동국대학교, 마이크로전자공학전공 (2023) - 학사학위 : 동국대학교, 전자전기공학부 (2021) |
| - Ultra-Wideband Driver Design for 200Gb/s Mach-Zehnder Modulator in SiGe Technology |
| Van Du Le |
|---|
| Email : [email protected] |
| 학 력 |
| - 석사학위 : 동국대학교, 마이크로전자공학전공 (2023) - 학사학위 : Hanoi University of Science and Technology (2019) |
| - Design of High-Power Low Insertion Loss Transmit/Receive (TR) Switch and Robust High c·ain Low Noise Amplifier (LNA) in 250nm GaN Technology |
Since 2015
DGU
MINT