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  • 6.6 kW Bi-Directional Totem-Pole PFC and CLLC, High Efficiency

6.6 kW Bi-Directional Totem-Pole PFC and CLLC, High Efficiency

CRD-06600FF10N
  • Demonstration of 1000 V; 65 mΩ C3M™ Silicon Carbide MOSFET in a 6.6 kW Bi-Directional EV On-Board Charger
  • 6.6 kW Bi-Directional EV On-Board Charger demo board consist of a Bi-Directional Totem-Pole PFC (AC/DC) stage and an Isolated Bi-Directional DC/DC stage based on CLLC topology with a variable DC Link Voltage
  • Wolfspeed’s 6.6 kW Bi-Directional EV On-Board Charger demo board can accept 90VAC-265VAC as an input and provide 250VDC-450VDC at the output with > 96% of efficiency in both charging and inversion modes
  • Main target applications of this demo board include: EV Charging industry and the Energy Storage industry
  • Documentation includes a bill of materials (BOM); schematic; board layout and the application note
Product Shot of Wolfspeed's Reference Design of a 6.6 kW Bi-Directional EV On-Board Charger

Documents, Tools & Support

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Documents

8 Documents Available
Document Type
Document Name
Last Updated
User Guide
PRD-08381: CRD-06600FF10N 6.6kW Bi-directional EV on-board charger User Guide
01/2024
Application Notes
PRD-05652: Mounting Recommendations and Thermal Measurement for Wolfspeed® SiC Power Devices in Through-Hole Packages
02/2025
Application Notes
PRD-06701: Thermal Management of Bottom-Side Cooled Surface-Mount Devices & Design Considerations
12/2023
Application Notes
PRD-08296: SiC MOSFET Short Circuit Events
11/2023
Application Notes
PRD-06933: Capacitance Ratio and Parasitic Turn-on
01/2023
White Papers
Designed to Last, Even in the Harshest Environments
New
11/2025
White Papers
Enhancing System Durability with Advanced Packaging for Silicon Carbide
11/2025
White Papers
SiC Power Module Reliability: Wolfspeed’s Power Cycling and Lifetime Modeling Approach
New
11/2025

Knowledge Center

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Automation in Action: How Teamwork at MVF is Powering Quality at Scale 

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SiC Power Module Reliability: Wolfspeed’s Power Cycling and Lifetime Modeling Approach

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Enhancing System Durability with Advanced Packaging for Silicon Carbide (SiC)

Continue Reading  White Paper

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