1 박선재, "에너지 저장장치를 포함하는 신재생에너지원용 부스트 컨버터의 인덕터 기생저항에 따른 제어기 설계 영향 분석" 전력전자학회 16 (16): 511-520, 2011
2 N. K. Kim, "[Special Issue : Power Semiconductor Devices and Applications] Silicon Carbide(SiC)Power Semiconductor Status" 9 (9): 27-31, 2004
3 H. Zaman, "Suppression of switching crosstalk and voltage oscillations in a SiC MOSFET based half-bridge converter" 11 (11): 3111-, 2018
4 V. Nguyen, "Single-phase resonant inverter using SiC power modules for a compact high-voltage capacitive coupled plasma power supply" 85-86, 2014
5 R. Rupp, "SiC power semiconductor technology and product trend" 14 (14): 34-39, 2009
6 I. H. Kang, "SiC power semiconductor device technology trend" 16 (16): 7-16, 2013
7 T. P. Chow, "SiC power devices" 2011
8 F. Wang, "Overview of silicon carbide technology : Device, converter, system, and application" 1 (1): 13-32, 2016
9 A. Barkley, "New 1000V SiC MOSFETs enable improved efficiency, density, and cost tradeoff space for PFCs" 2165-2172, 2017
10 J. Lee, "High-efficiency PV inverter using SiC" 5-6, 2011
1 박선재, "에너지 저장장치를 포함하는 신재생에너지원용 부스트 컨버터의 인덕터 기생저항에 따른 제어기 설계 영향 분석" 전력전자학회 16 (16): 511-520, 2011
2 N. K. Kim, "[Special Issue : Power Semiconductor Devices and Applications] Silicon Carbide(SiC)Power Semiconductor Status" 9 (9): 27-31, 2004
3 H. Zaman, "Suppression of switching crosstalk and voltage oscillations in a SiC MOSFET based half-bridge converter" 11 (11): 3111-, 2018
4 V. Nguyen, "Single-phase resonant inverter using SiC power modules for a compact high-voltage capacitive coupled plasma power supply" 85-86, 2014
5 R. Rupp, "SiC power semiconductor technology and product trend" 14 (14): 34-39, 2009
6 I. H. Kang, "SiC power semiconductor device technology trend" 16 (16): 7-16, 2013
7 T. P. Chow, "SiC power devices" 2011
8 F. Wang, "Overview of silicon carbide technology : Device, converter, system, and application" 1 (1): 13-32, 2016
9 A. Barkley, "New 1000V SiC MOSFETs enable improved efficiency, density, and cost tradeoff space for PFCs" 2165-2172, 2017
10 J. Lee, "High-efficiency PV inverter using SiC" 5-6, 2011
11 H. Ryu, "Development of high-speed elevator drive system using permanent-magnet synchronous motor" 385-388, 2001
12 S. Tiwari, "Design of low inductive busbar for fast switching SiC modules verified by 3D FEM calculations and laboratory measurements" 1-8, 2016
13 C. Inc, "Design considerations for designing with cree SiC modules part 2. Techniques for minimizing parasitic inductance" Appl. notes by Cree Inc 1-17, 2015
14 C. Inc, "Design considerations for designing with cree SiC modules part 1. Understanding the effects of parasitic inductance" Appl. notes by Cree Inc 1-17, 2015
15 B. Ozpineci, "Comparison of wide bandgap semiconductors for power applications" 1-7, 2003
16 J. S. Yu, "A study on the speed control of PMSM for elevator drive" 461-466, 2003
17 H. J. Ahn, "A study on the grid-connected three-phase PWM inverter using MATLAB/simulin" 558-559, 2010
18 N. J. Ku, "A novel switching loss minimized PWM method for a high switching frequency three-level inverter with a SiC clamp diode" 3702-3707, 2011