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  • 1500 V DC-Bus Three-Phase Inverter Using 2300 V SiC LM Power Modules

1500 V DC-Bus Three-Phase Inverter Using 2300 V SiC LM Power Modules

CRD1000DA23N-LM4
Note Coming Soon.

The 2300 V three-phase inverter reference design demonstrates the design simplicity and scalability of Wolfspeed’s new 2300 V LM halfbridge SiC MOSFET power modules. The simple two-level design provides a starting point for system designers looking to take advantage of 1500 V DC bus architectures– providing a practical application example of of 1 MW building block with laminated bus plates with minimal stray inductance. Based on Wolfspeed’s Gen 4 MOSFET technology, this reference design is suitable for renewable energy, energy storage, and high-capacity fast-charging sectors where improved system efficiency, durability, reliability, and scalability are paramount.

Wolfspeed 1500 V DC-Bus Three-Phase Inverter

Benefits

  • Enables two-level converter topology for 1500 VDC applications
  • Improved power density
  • Reduced volume, weight overall system level cost
  • Reduced cooling requirements
  • Improved thermal cycling and longer lifetime
  • Ease of layout and assembly

Applications

  • Wind Power
  • Solar
  • Renewable Energy
  • Energy Storage Systems
  • Fast Charging
  • Uninterruptible Power Supplies
  • Solid State Circuit Breaker
  • Industrial Motor Drive

What's Included

  • Schematics
  • BOM

Product Compatibility

  • CAB1K6C23LM4

Documents, Tools & Support

  • Block Diagram
  • Technical & Sales Documents
  • Tools & Support
Block Diagram for Wolfspeed 1500 V DC-Bus Three-Phase Inverter
Mid-angle product photography of Wolfspeed's LM Power Module
CAB1K6C23LM4
Mid-angle product photography of Wolfspeed's LM Power Module
CAB1K6C23LM4
Mid-angle product photography of Wolfspeed's LM Power Module
CAB1K6C23LM4
CGD3300HB6P-LM3 Product Image
CGD3300HB6P-LM3

Dual Channel Isolated Gate Driver for LM Modules

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

Continue Reading  White Paper

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