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The FS215R04A1E3DBOMA1 is a high-power IGBT module from Infineon Technologies, designed for demanding industrial and traction applications. It features an NPT (Non-Punch Through) IGBT technology with an anti-parallel diode configuration in a single package. The module is housed in the robust E3 DBOMA1 housing, which provides excellent thermal performance and mechanical stability. Key electrical specifications include a collector-emitter voltage of 4500 V and a nominal collector current of 215 A at 25°C. The device supports high switching frequencies and offers low conduction losses, making it suitable for high-efficiency power conversion systems.
Verify the specific suffix BOMA1 to confirm the exact housing variant and terminal configuration required for your PCB layout or busbar connection. Ensure compatibility with recommended gate resistors and cooling solutions specified in the official datasheet to maintain thermal limits. Cross-reference the manufacturing date code for quality assurance standards relevant to your industry sector.
Select this module when system requirements demand high voltage isolation combined with moderate current handling in a compact footprint. Compare thermal resistance values against your heatsink capabilities to ensure junction temperature remains within safe operating areas. Consider the switching speed characteristics relative to electromagnetic interference constraints in your final assembly design.
This component belongs to Infineon's E3 series of intelligent and standard power modules, specifically tailored for medium-voltage applications. The DBOMA1 housing represents a standardized form factor widely used in industrial inverter designs, facilitating easy integration into existing modular platforms and reducing development time for new power electronics products.
Direct replacements must match the 4500V/215A rating and E3 DBOMA1 mechanical dimensions. Verify pinout compatibility and thermal interface requirements before substitution. Alternative models within the same family may offer different switching speeds or diode configurations but require re-evaluation of gate drive circuits.