Features
- High Temperature (175 °C) Operation
- Low Inductance (6.7 nH) Design
- Utilizes Latest 3rd Generation Silicon Carbide MOSFETS
- Integrated Temperature Sensor and Kelvin-Drain Connection
- Silicon Nitride Ceramic Substrate and Copper Baseplate
CAB320M17XM3
1700 V, 3.5 mΩ, XM, Half-Bridge, Industrial qualified, SiC Power Module
Parametric Data
XM3 Half-Bridge Power Module Family
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XM3 Half-Bridge Power Module Family
Product SKU | Buy Online | Data Sheet | CAD Model | Status | Package | Configuration | Blocking Voltage | Current Rating | RDS(ON) at 25°C | Generation | Tjmax | Module Size | Qualification | View Product |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
CAB320M17XM3 | Active | XM | Half-Bridge | 1700 V | 320 A | 3.5 mΩ | Gen 3 | 175 °C | 80 x 53 x 19 mm | Industrial |
Ordering & Compliance
CAB320M17XM3 Ordering
| Part Number | CAB320M17XM3 |
|---|---|
| Order Status | Active |
| Buy Online | |
| Package | XM |
| Container Type | Unit Box |
| Container Qty. | 1 |
| Standard Packing Qty. | 1 |
| Minimum Order Qty. | 1 |
CAB320M17XM3 Compliance
| Lead Free | Yes |
|---|---|
| RoHS Declaration | |
| REACH Declaration | |
| California Prop 65 | Learn More |
| ECCN | EAR99 |
Product Details
Benefits
- Power Dense Footprint Enables Compact Systems
- Offset Terminal Layout Simplifies Bus Bar Design and Reduces System Stray Inductance
- Low Inductance Design Enables Fast Switching to Reduce Dynamic Losses
- SiN AMB Substrate and High Reliability Solders Enhance Lifetime
- Direct Gate Driver Mating Enables Compact Design with Low Inductance
Typical Applications
- Traction Drives
- Motor Drives
- UPS
- EV Chargers
- Industrial Automation & Testing
- Power Supplies
- More Electric Aircraft and eVTOL
- Energy Generation/Smart Grids/Smart Energy
Featured Resources
Design Tools
Technical Support
Featured Documents
Documents, Tools & Support
- Technical & Sales Documents
- Tools & Support
- Compliance
Documents
Document Type | Document Name | Last Updated |
|---|---|---|
| Data Sheets | 06/2024 | |
| User Guide | 01/2024 | |
| User Guide | 01/2024 | |
| User Guide | 01/2024 | |
| User Guide | 12/2023 | |
| User Guide | 10/2023 | |
| User Guide | 09/2023 | |
| Application Notes | 07/2024 | |
| Application Notes | 03/2024 | |
| Application Notes | 01/2024 | |
| Application Notes | 11/2023 | |
| Application Notes | 08/2023 | |
| Application Notes | 01/2023 | |
| Application Notes | 11/2021 | |
| Articles and Papers | 12/2022 | |
| Product Catalog | 05/2024 | |
| Sales Sheets & Flyers | 01/2024 | |
| Sales Sheets & Flyers | 01/2024 | |
| Sales Sheets & Flyers | 03/2022 | |
| Sales Terms | 12/2021 |
Knowledge Center
Practical Tools for Designing with Silicon Carbide in Industrial Motor Drives
Simplify, accelerate and de-risk the design process when designing industrial motor drives with silicon carbide and easily access IE4 and IE5 efficiency standards.
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Analyzing Transient Behavior Using a Double Pulse Test Simulation in LTspice
See how Wolfspeed LTspice models can make designing with silicon carbide in power electronics systems more efficient, cost-effective, and accurate. Get started optimizing your system design, without the need for physical samples or test kits.
View Now Videos
Power modules: One shortcut to EMI compliance
The design and geometry of power modules enable EMI modeling which empowers designers to predict and understand their system’s EMI behavior early in the design process.
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