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The Powerex PP100B060 is a POW-R-PAK IGBT-based H-Bridge power assembly rated for 100A continuous collector current and 600V blocking voltage. It integrates F-series trench gate IGBTs with low conduction and switching losses, mounted on a forced air-cooled heatsink. The unit includes a low inductance laminated bus structure, isolated gate drive interfaces, isolated gate drive power supplies, and an 18000 µF DC-link capacitor bank. The control board provides user interface functions and built-in protection features including overvoltage, undervoltage lockout, overcurrent, overtemperature, and short circuit detection.
Verify the specific datasheet revision and manufacturing date code upon procurement. Confirm that the required mating connectors match the recommended 3M specifications for the 26-pin header. Ensure the cooling infrastructure supports the specified 1500 LFM airflow to maintain thermal resistance limits. Validate input power supply ranges against the integrated gate drive requirements before integration.
Select this assembly for applications requiring a configurable H-bridge topology with integrated drive and protection. Consider the 400VDC maximum operating bus voltage and 100A continuous current rating against load requirements. Evaluate the need for forced air cooling at 1500 LFM for thermal management. Verify compatibility with the analog feedback signals for current, temperature, and DC link voltage monitoring.
The PP100B060 belongs to the Powerex POW-R-PAK family of configurable IGBT power assemblies. This series allows configuration as converters, choppers, half bridges, full bridges, or three-phase inverters. Similar models in the lineup include the PP300B060 and PP100B120, offering variations in current ratings and voltage levels within the same modular architecture.
Direct replacements are not explicitly listed in the provided documentation. Cross-reference with other POW-R-PAK models such as the PP100B120 for voltage upgrades or PP300B060 for higher current needs, ensuring mechanical and electrical interface compatibility.