IsoMAXX: Enhanced Cooling
Enhanced Cooling Solution For Latest PrimePACK™ IGBT Generation
Enhanced Cooling Solution For Latest PrimePACK™ IGBT Generation
Datasheets
pdf - 62.98 KB
Brochures
pdf - 2.39 MB
pdf - 547.31 KB
pdf - 1.6 MB
pdf - 1.4 MB
pdf - 1.48 MB
pdf - 1.82 MB
Technical Documents
xlsx - 64.96 KB
pdf - 2.86 MB
pdf - 844.14 KB
pdf - 1.16 MB
pdf - 1.31 MB
-
Technologies
IsoMAXX: Enhanced Cooling Solution For Latest PrimePACK™ IGBT Generation
As today’s market needs for more efficient electrical power conversion designs grow, so do the technological advancements from power electronic module manufacturers. The new generation of PrimePACK™ IGBT modules now boast an increased power dissipation compared to previous generations. Inverter manufacturers are also looking to minimize foot print in their design by condensing their power conversion designs and running IGBTs at higher switching frequencies. This increased level of optimization in power conversion designs, raises a new set of challenges for effective cooling of power modules. The fact of the matter remains that traditional heat sink designs cannot meet these stringent cooling requirements.
Engineers at Mersen have designed the revolutionary IsoMAXX vacuum brazed cold plate to provide an efficient cooling pattern below the newest PrimePACK™ IGBT modules.
-
Benefits
- Unsurpassed thermal performance: compared to traditional cold plates
- Optimized pressure drop: compared to existing cold plates designs
- Unparalleled Thermal homogeneity: chip-to-chip (all chips at the same T°) and module-to-module on a multi-module cooling plate
- Compact design: As there will be no minimum clearance distance between modules, designers can mount modules closer to each to reduce overall inverter footprint
- Modular solution: covers all PrimePACK™ types, regardless of the number of modules on the cold plate
- Cost competitive
-
Applications
- Inverters
- Transportation
- EV/HEV
- Alternate Energy
-
Resources
Brochures and Flyers
09/09/2024
IsoMAXX Vacuum Brazed Cold Plates Flyerpdf - 1.4 MB
White-Papers
02/16/2021
IsoMAXX Infineon IGBT5 Wind (English)pdf - 2.86 MB