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CRD-5FF0912P: High-Frequency Evaluation Board For C3M0120090J Surface-Mount SiC MOSFET

  • High-Frequency platform to test third generation SiC MOSFET technology in new SMD 7LD2PAK.

  • Example for Uni-polar and Bi-polar output gate drive circuit

  • Desat implementation example as well as optimal gate drive layout

  • Evaluate Switching characteristics with optimal cooling for D2Pak-7L devices

  • Study effects of snubber, Cgs and Rg with easy access to Id, Vgs and Vds waveforms

  • Easily construct a working prototype in multiple applications

  • Download the user manual
  • Available for purchase
     

CRD-20DD09P-2: 20kW Full Bridge Resonant LLC Converter for 1000V, 65 mΩ SiC MOSFETs in a 4L-TO247 package

  •   Evaluate converter level efficiency and power density gains when using the new 1000 V, 65 mΩ SiC MOSFETs in a 4L-TO247 package in a full bridge resonant LLC circuit 

  • Check waveforms such as Vgsand Vdsand Idfor ringing 

  • Evaluate thermal performance 

  • Integrate a SiC based isolated DC/DC stage in a larger multi-stage prototype system for evaluation (a fast DC charger for electric vehicles, for example) 

  • Serves as a printed circuit board (PCB) layout example for driving Gen3 SiC MOSFETs with a Kelvin source pin

  • Conduct parallel operations of Gen3 MOSFETs in an LLC circuit

  • Download the user manual
  • Available for purchase
     

CRD-060DD17P-2: Auxiliary Power Supply Evaluation Board for C2M1000170J Surface-Mount SiC MOSFET

  • Single-end HV flyback design, based on a Cree 1700V, 1 Ohm, 7L-D2PAK MOSFET
  • Reduce bill of materials cost by replacing two silicon MOSFETs with a single 1700V switch
  • Reduce manufacturing costs by converting to 1700V surface mount switch with no need for heat sink
  • Vin = 300-1000V, Vout = 12V/4A, 12V/0.1A
  • Reference design includes bill of materials, schematic file, transformer specifications, application note, design files, and PowerPoint presentation
  • Available for purchase
     

CRD-060DD12P: 60W Aux Supply with 1700V SiC MOSFET

  • 60W single-end HV flyback design, based on a Cree 1700V, 1 Ohm MOSFET
  • Uses single C2M1000170D 1700V MOSFET in TO-247-3 package

  • Vin = 200-1000V, Vout = 12V/4.5A, 5V/0.5A, -12V/0.25A
  • Reference designbill includes of materials, schematic file, transformer specifications, application note, design files, and PowerPoint presentation
  • Presentation contains efficiency calculations, thermal images, and sample waveforms
  • Available for purchase
     

CRD-8DD12P: 8kW ZVS Converter with SiC MOSFETs

  • High frequency ZVS LLC resonant full bridge (FB) DC/DC converter
  • SiC MOSFET-based
  • Reference design includes bill of materials, quick-start guide, application note, design files, and PowerPoint presentation
  • Presentation includes efficiency calculations, thermal images, and sample waveforms
  • Available for purchase

 

KIT8020-CRD-8FF1217P-1: 1200V MOSFET Evaluation Kit

  • Learn how to optimize a 1200V MOSFET solution for EMI, ringing and drive requirements.
  • Includes (2) 1200V 80mΩ SiC MOSFETs &  (2) 1200V/20A SiC Schottky diodes, plus testing hardware.
  • Quickly prototype MOSFET and IGBT power converter topologies up to 25 kW
  • Download user manual or watch our video
  • Available for purchase

 

CRD-50DD12N: 50kW Boost Converter

  • SiC MOSFET-based converter for PV applications
  • 4-phase interleaved 
  • Vin = 400-600V, Vout = 800V 
  • Reference design includes schematic and detailed PowerPoint presentation
  • Presentation includes efficiency calculations, thermal images and sample waveforms.

Terms:  By accepting the reference designs from Cree, Inc. ("Cree"), you on behalf of your organization (or you personally, if you are requesting the model for personal use) agree to the following conditions of its use: 1. The reference design files are provided “AS IS”, and Cree disclaims any warranty either express or implied in connection with the files, including but not limited to any warranty  2. In no event, will Cree be liable for any damages arising from the use of the reference design files, regardless of the legal theory or any prior knowledge of Cree; and 3. Cree retains all copyrights and other intellectual property rights.