Design of High-density Isolated Bi-directional Soft-switching Resonant DC-DC Converter with Partial Power Processing
S6SBP201A1AVA1001 - Infineon Technologies
Electronics | Free Full-Text | Review of GaN HEMT Applications in Power Converters over 500 W | HTML
1kW bidirectional DC-DC converter with credit card footprint - eeNews Power
GaN Evaluation Kit TDHBG1200DC100-KIT 1.2 kW HB Buck/Boost - Transphorm
Gallium Nitride (GaN) ICs and Semiconductors – EPC
Sunpower | DC-DC Converters | 1KW DC-DC Converter
1-kW prototype of the isolated QSC dc/dc converter. | Download Scientific Diagram
Step-Down dc-dc Converter Eliminates Ferrite Cores at 50kHz Enabling Power Supply on Chip with One-Cycle Transient
TIDA-010062 reference design | TI.com
GaN Evaluation Kit TDHBG2500P100-KIT 2.5kW HB Buck/Boost - Transphorm
Figure 8 from 1kW, 400V/12V high step-down DC/DC converter: Comparison between phase-shifted full-bridge and LLC resonant converters | Semantic Scholar
PMP20873 reference design | TI.com
GaN Power Converters | Ferdinand-Braun-Institut
The 48 V/12 V Automotive Evaluation Power Modules (EPC9137, EPC9163, EPC9165) Utilize the Two-Phase Synchronous Buck/Boost Topology
PDF) Application of GaN Devices for 1 kW Server Power Supply with Integrated Magnetics
GaN and 48 V – Where are We and Where are We Going?
GaN Evaluation Kit TDHBG1200DC100-KIT 1.2 kW HB Buck/Boost - Transphorm
DC-DC Converters Deliver 1 kW at 97% Efficiency | Electronic Design
Power bricks get an efficiency boost with GaN - Power Electronic Tips
High-power-density, GaN-based Interleaved Buck dc-dc Converter for 1 kW Brick Modules with 99 Percent Efficiency
High-power-density, GaN-based Interleaved Buck dc-dc Converter for 1 kW Brick Modules with 99 Percent Efficiency
TIDM-DC-DC-BUCK reference design | TI.com
EPC Collaborates with MPS to Develop a 2 kW, 48 V/14 V, Regulated Output Voltage, DC-DC Reference Design Board with EPC latest GaN FETs for More Efficient, Smaller, Faster, Bidirectional Converters
Comprehensive Analyses and Comparison of 1 kW Isolated DC–DC Converters for Bidirectional EV Charging Systems | Semantic Scholar
