|
55 |
[2020] Low Common-Mode Noise LLC Resonant Converter with Static-Point-Connected Transformer
| Keon-Woo Kim, Yeonho Jeong, Jae-Sang Kim, Gun-Woo Moon | IEEE Transactions on Power Electronics | 7.224 (SCI) |
|
54 |
[2020] A High Step-Up Switched-Capacitor 13-Level Inverter with Reduced Number of Switches
| Ki-Mok Kim ; Jung-Kyu Han ; Gun-Woo Moon | IEEE Transactions on Power Electronics | 6.373 (SCI) |
|
53 |
[2020] A Reconfigurable Totem-pole PFC Rectifier With Light Load Optimization Control Strategy And Soft-switching Capability
| Young-Dal Lee, Gun-Woo Moon, Jaeil Baek, Chong-Eun Kim | IEEE Transactions on Power Electronics | 6.373 (SCI) |
|
52 |
[2020] Low Common Mode Noise Full-Bridge LLC Resonant Converter with Balanced Resonant Tank
| Keon-Woo Kim , Yeonho Jeong , Jae-Sang Kim , Gun-Woo Moon | IEEE Transactions on Power Electronics | 6.373 (SCI) |
|
51 |
[2003] New Zero-Current-Transition(ZCT) Circuit Cell without Additional Current Stress" Journal of Power Electronics
 | Chung-Eun Kim, Eun-Seok Choi and Gun-Woo | Journal of Power Electronics | 4.65</br>(SCI) |
|
50 |
[2013] A New Control Method of Interleaved Single-Stage Flyback AC–DC Converter for Outdoor LED
| SangCheol Moon, Gwan-Bon Koo, Gun-Woo Moon | SangCheol Moon, Gwan-Bon Koo, Gun-Woo Moon | 4.08</br>(SCI) |
|
49 |
[2011] A Novel Adaptive Dimming LED Backlight System with Current Compensated X-Y Channel Drivers for LCD TVs
| Daeyoun Cho, Won-Sik Oh, and Gun Woo Moon | IEEE Journal of Display Technology | 2.28<br/>(SCIE) |
|
48 |
[2011] A Novel Adaptive Dimming LED Backlight System with Current Compensated X-Y Channel Drivers for LCD TVs
| Dae-youn Cho, Won-Sik Oh and Gun-Woo Moon | IEEE Journal of Display Technology | 2.28<br/>(SCIE) |
|
47 |
[2009] Three-Level Capacitor Clamping Single Sustaining Driver with Dual Energy Recovery Path for Low Cost AC Plasma Display Panel
| Seong-Wook Choi and Gun-Woo Moon | IEEE Journal of Display Technology | 2.28</br> (SCIE) |
|
46 |
[2009] A Novel Two-Dimensional Adaptive Dimming Technique of X-Y Channel Drivers for LED Backlight System in LCD TVs
| Won-Sik Oh, Daeyoun Cho, Kyu-Min Cho, Gun-Woo Moon, Byungchoon Yang, and Taeseok Jang | IEEE Journal of Display Technology | 2.28 </br> (SCIE) |
|
45 |
[2017]Standby-Loss Elimination in Server Power Supply
| Jong-Woo Kim, Gun-Woo Moon, Il-Oun Lee | ENERGIES | 2.262 (SCI) |
|
44 |
[2009] Design of a charge equalizer based on battery modularization
| Hong-Sun Park, Chol-Ho Kim, Ki-Bum Park, Gun-Woo Moon, and Joong-Hui Lee | IEEE Transactions on Vehicular Technology | 1.92</br> (SCIE) |
|
43 |
[2009] Design of a charge equalizer based on battery modularization
| Hong-Sun Park, Chol-Ho Kim, Ki-Bum Park, Gun-Woo Moon, and Joong-Hui Lee | IEEE Transactions on Vehicular Technology | 1.92 </br> (SCIE) |
|
42 |
[2004] PWM Switched Voltage Source Inverter with Zero Neutral Point Potential
| Won-Sik Oh, Sang-Kyoo Han, and Gun-Woo | Electronics Letters | 0.965</br>(SCI) |
|
41 |
[1995] High Power Factor Convertor with Single-Switch Single-Stage
| Gun-Woo Moon, Jung Wook Roh, Jung Do Bae, and Myung Joong Youn | Electronics Letters | 0.965 </br> (SCIE) |
|
40 |
[1996] Push Pull Quantum Series Resonant Rectifier without Start-up Inrush Current
| Gun-Woo Moon and Myung Joong Youn | Electronics Letters | 0.965 </br> (SCIE) |
|
39 |
[1999] Integrated ZCS Quasi-Resonant Single-stage High Power Factor Converter
| Jun-Young Lee, Gun-Woo Moon, Young-Seok Jung and Myung-Joong Youn | Electonics Letters | 0.965 </br> (SCIE) |
|
38 |
[2002] Energy-Recovery Circuit for Plasma Display Panel
| Sang-Kyoo Han, Jun-Young Lee, Gun-Woo Moon, Myung-Joong Youn, Chang-Bae Park, Nam-Sung Jung and Jung-Pil Park | Electronics Letters | 0.965 </br> (SCIE) |
|
37 |
[2003] Current-fed Energy-Recovery Circuit for Plasma Display Panel
| Sang-Kyoo Han, Gun-Woo Moon and Myung-Joong Youn | Electronics Letters | 0.965 </br> (SCIE) |
|
36 |
[2004] High Performance Sustaining Driver for Plasma Display Panel Employing Gas-Discharge Current Compensation Method
| Sang-Kyoo Han, Gun-Woo Moon, and Myung-Joong Youn | Electronics Letters | 0.965 </br> (SCIE) |
