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The FP10R12W1T4_B3 is a three-phase inverter IGBT module from the EasyPIM series, utilizing Trench/Fieldstop IGBT4 and Emitter Controlled 4 diode technology. It features an integrated NTC thermistor for thermal monitoring. The collector-emitter voltage (VCES) is rated at 1200 V, with a continuous DC collector current of 10 A at 25°C and 20 A at 100°C case temperature. The maximum repetitive peak collector current is 20 A. Collector-emitter saturation voltage (VCEsat) ranges from 1.85 V to 2.25 V depending on junction temperature. Total power dissipation is 105 W at 25°C. Operating junction temperature spans -40°C to +150°C, with a maximum junction temperature of 175°C for inverters.
Verify the specific ordering suffix against official Infineon documentation to confirm exact configuration details. Ensure compliance with RoHS standards and REACH regulations as specified in the product datasheet. Confirm that the component meets UL approval requirements for your intended application environment.
Select this module for applications requiring a compact three-phase inverter solution with integrated thermal sensing. Consider the 1200 V rating and 10 A continuous current capability when designing the power stage. Evaluate the thermal resistance values to ensure adequate heatsinking for the expected power dissipation levels.
This component belongs to the EasyPIM family, which combines power semiconductors with control electronics in a single package. The T4 generation indicates the use of Trench/Fieldstop IGBT technology, offering improved efficiency compared to previous generations. The module is designed for industrial and automotive applications where space constraints and thermal performance are critical.
Public confirmed substitute part numbers: None identified in verified sources.
The maximum repetitive peak collector current (ICRM) is 20 A for a pulse duration of 1 ms.
The isolation test voltage (VISOL) is 2.5 kV RMS at 50 Hz for 1 minute.
The rated resistance (R25) of the integrated NTC thermistor at 25°C is 5.00 kΩ.