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The CAS480M12HM3 is a silicon carbide half-bridge module rated at 1200 V and 480 A. It features a low inductance, low profile 62 mm footprint with an AlSiC baseplate and high reliability silicon nitride insulator. The device implements switching optimized third generation SiC MOSFET technology for high junction temperature operation up to 175 °C. Key electrical parameters include a drain-source breakdown voltage of 1200 V, a typical on-state resistance of 2.97 mΩ at 480 A, and a maximum continuous drain current of 640 A at 25 °C case temperature. The module includes integrated NTC temperature sensors.
Verify the specific ordering suffix when purchasing. The CAS480M12HM3 designation indicates the module without pre-applied phase change thermal interface material. The CAS480M12HM3T variant includes pre-applied phase change thermal interface material. Confirm the required version matches the assembly specifications before procurement.
Select this component based on its 1200 V rating and 480 A nominal current capacity within the 62 mm package family. Ensure the application requires a half-bridge configuration compatible with the specified gate drive voltages. Verify that the stray inductance requirements align with the internal 4.9 nH specification for optimal switching performance.
This part belongs to Wolfspeed's Gen 3 high performance 62 mm power module platform (HM3). It is designed to provide system advantages through low inductance layout while maintaining standard industry form factors. The HM3 series supports various companion gate driver boards for evaluation and integration.
CAS480M12HM3T serves as the direct functional equivalent with pre-applied thermal interface material. Other modules within the HM3 family share the same physical footprint but differ in current ratings and voltage specifications.
The CAS480M12HM3 does not include pre-applied phase change thermal interface material, whereas the CAS480M12HM3T comes with pre-applied phase change thermal interface material.
The recommended static gate-source voltage range is -4 V to +15 V. The maximum transient value is -8 V to +19 V.
Yes, the module includes two NTC temperature sensors (NTC1 and NTC2) with a resistance of 4700 Ω at 25 °C.