Silicon Carbide (SiC) Products Supported
XM3 Half-Bridge Power Module Products Supported:
Evaluation Gate Driver Tool Optimized for the 1700 V XM3 Module Platform
CGD1700HB2P-XM3
Wolfspeed’s CGD1700HB2P-XM3 is a form-factor-fitting; two-channel gate driver for the XM3 module platform. Each of the two gate drive channels features over-current protection, an active Miller clamp, and separate turn-on and turn-off gate resistors for effortlessly tuning switching speeds. Onboard 2 W isolated power supplies support up to 80 kHz switching frequency. The gate driver board features MMCX connectors to accurately measure high-side and low-side VGS with fiber optically isolated probes such as the TIVP1 from Tektronix®.
Sold Separately
- Differential Transceiver CGD12HB00D
Documents, Tools & Support
- Technical & Sales Documents
- Tools & Support
Documents
Document Type | Document Name | Last Updated |
|---|---|---|
| Application Notes | 11/2021 | |
| Application Notes | 08/2023 | |
| Application Notes | 01/2023 | |
| User Guide | 01/2024 | |
| User Guide | 01/2024 | |
| Design Files | 02/2023 | |
| Data Sheets | 09/2023 | |
| Product Catalog | 02/2024 | |
| Sales Sheets & Flyers | 01/2024 | |
| Sales Sheets & Flyers | 03/2022 | |
| Sales Terms | 12/2021 |
Knowledge Center
Low Load Efficiency Simulations with Silicon Carbide
Power electronics devices are almost never working at maximum of their capabilities because of safety, reliability but even application mission profile. Our experts will demonstrate how Wolfspeed's free SpeedFit simulation tool is the perfect starting point before moving to accurate LTSpice simulations.
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Wolfspeed WolfPACK™ Power Module Press-In Process
In this video, we’ll walk you through the press-in and press-out process for Wolfspeed WolfPACK™ silicon carbide power modules, which are available with and without pre-applied thermal interface material (TIM).
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Design Next-Generation Data Center Cooling Systems with Silicon Carbide
Data center cooling systems account for 20-45% of power consumed by data centers. The efficiency of these cooling systems can be improved with silicon carbide leading to up to 50% reduction in system losses.
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