WOLFSPEED SiC: RELIABLE. RUGGED. EFFICIENT.
Wolfspeed’s SiC Power components are optimized for the tough demands of auto and industrial applications. Visit us in Booth 529 to see three new demos that show how our products are designed to withstand harsh conditions without compromising efficiency.
Wolfspeed engineers will be taking the stage at APEC to share our newest system designs and resources to help you in getting maximum performance from our SiC Power components. Come join the conversation at our presentations.
Visit us in Booth 529 to see hands on demos for auto and industrial applications:
|6.6 kW On-Board Charger featuring Surface Mount MOSFET Technology|
|Buck Boost Evaluation Kit for Industrial applications|
|60kW Solar Boost Converter|
Be sure to visit Richardson RFPD in Booth 660 to see more system designs featuring Wolfspeed components:
- 20 kW Full Bridge LLC Resonant Converter targeting high power density applications such as fast chargers for electric vehicles
- 6.6 kW DC/DC Bi-Directional On-Board Charger for electric vehicles and power storage
Learn about the benefits of Wolfspeed SiC and how to optimize your system design for peak performance
|Date & Time||Location||Presentation Title||Author|
|TBA||TBA||New Surface Mount SiC MOSFETs Enable High Efficiency High Power Density Bi-directional On-Board Charger with Flexible DC-link Voltage||Frank Wei|
|TBA||TBA||Efficient grid-to-battery power electronics for EVs||Brice McPherson|
|TBA||TBA||Matching SiC MOSFET Spice Model Simulation Switching Loss with hardware testing||Teik Ong|
|TBA||TBA||SiC MOSFET Based High-Efficiency Bi-Directional On-Board Charger for EVs||Jianwen Shao|
|TBA||TBA||A Medium Voltage (10 kV), Low Inductance, SiC Power Module for Next-Generation Electric Power Distribution Applications||Kraig Olejniczak|
|TBA||TBA||High Efficiency 60kW Boost Converter for Solar Power Generation||Julius Rice|
|TBA||TBA||Cost Down of Gate Drive for SiC MOSFETs||Yuequan Hu|
|TBA||TBA||Update on GaN and SiC Activities within JC-70 JEDEC Committee||Jeff Casady|
For more information about APEC click here!