1 D. Reusch, "Understanding the effect of pcb layout on circuit performance in a high-frequency gallium-nitride-based point of load converter" 29 (29): 2008-2015, 2014
2 N. Mohan, "Power Electronics: Converters, Applications, and Design" Wiley 583-587, 1995
3 Zhengyang Liu, "Package Parasitic Inductance Extraction and Simulation Model Development for the High-Voltage Cascode GaN HEMT" 29 (29): 1977-1985, 2014
4 R. Mitova, "Investigations of 600-v gan hemt and gan diode for power converter applications" 29 (29): 2441-2452, 2014
5 "How to Drive GaN Enhancement Mode Power Switching Transistors, GaN Systems Application Note GN001"
6 A. Hariya, "Five-Megahertz PWM-Controlled Current-Mode Resonant DC–DC Step-Down Converter Using GaN-HEMTs" 51 (51): 3263-3272, 2015
7 T. Ishibashi, "Experimental validation of normally-on GaN HEMT and its gate drive circuit" 51 (51): 2415-2422, 2015
8 D. Reusch, "Evaluation of gallium nitride transistors in high frequency resonant and soft-switching DC-DC converters" 30 (30): 5151-5158, 2015
9 X. Huang, "Evaluation and Application of 600 V GaN HEMT in Cascode Structure" 29 (29): 2453-2461, 2014
10 K. Shirabe, "Efficiency comparison between Si-IGBT-based drive and GaN-based drive" 50 (50): 566-572, 2014
1 D. Reusch, "Understanding the effect of pcb layout on circuit performance in a high-frequency gallium-nitride-based point of load converter" 29 (29): 2008-2015, 2014
2 N. Mohan, "Power Electronics: Converters, Applications, and Design" Wiley 583-587, 1995
3 Zhengyang Liu, "Package Parasitic Inductance Extraction and Simulation Model Development for the High-Voltage Cascode GaN HEMT" 29 (29): 1977-1985, 2014
4 R. Mitova, "Investigations of 600-v gan hemt and gan diode for power converter applications" 29 (29): 2441-2452, 2014
5 "How to Drive GaN Enhancement Mode Power Switching Transistors, GaN Systems Application Note GN001"
6 A. Hariya, "Five-Megahertz PWM-Controlled Current-Mode Resonant DC–DC Step-Down Converter Using GaN-HEMTs" 51 (51): 3263-3272, 2015
7 T. Ishibashi, "Experimental validation of normally-on GaN HEMT and its gate drive circuit" 51 (51): 2415-2422, 2015
8 D. Reusch, "Evaluation of gallium nitride transistors in high frequency resonant and soft-switching DC-DC converters" 30 (30): 5151-5158, 2015
9 X. Huang, "Evaluation and Application of 600 V GaN HEMT in Cascode Structure" 29 (29): 2453-2461, 2014
10 K. Shirabe, "Efficiency comparison between Si-IGBT-based drive and GaN-based drive" 50 (50): 566-572, 2014
11 J. Lu, "Design Consideration of Gate Driver Circuits and PCB Parasitic Parameters of Paralleled E-mode GaN HEMTs in Zero-Voltage-Switching Applications" 529-535, 2016
12 D. M. Joo, "Dead-time optimisation for a phase-shifted dc–dc full bridge converter with GaN HEMT" 52 (52): 769-770, 2016
13 K. Peng, "Characterization and Modeling of a Gallium Nitride Power HEMT" 52 (52): 4965-4975, 2016
14 Z. Liu, "Characterization and Failure Mode Analysis of Cascode GaN HEMT" Univ. Blacksburg 2014
15 X. Huang, "Analytical loss model of high voltage GaN HEMT in cascode configuration" 29 (29): 2208-2219, 2014
16 "AN-5073 Active Miller Clamp Technology, Fairchild application note"
17 "AN-1229 SIMPLE SWITCHER® PCB Layout Guidelines, Texas Instruments application note"
18 J. Millan, "A Survey of Wide Bandgap Power Semiconductor Devices" 29 (29): 2155-2163, 2014