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G3F09MT12GB4-T is listed in the FET, MOSFET Arrays range at ChipApex. The manufacturer field lists GeneSiC Semiconductor. Its product description is 1200V 9M FULL-BRIDGE SICPAK G SI. Review the specifications below when checking this part for your BOM.
The G3F09MT12GB4-T is a silicon carbide (SiC) MOSFET module manufactured by GeneSiC Semiconductor. It features a full-bridge configuration within the SiCPAK G package, utilizing press-fit installation. The device supports a drain-source breakdown voltage of 1.2 kV and delivers a continuous drain current of 104 A. Its on-resistance is specified at 12.5 mOhms. Thermal performance includes a power dissipation rating of 216 W, with an operating temperature range from -40°C to +175°C. Physical dimensions are 65 mm in length, 56 mm in width, and 12 mm in height.
Verify the specific suffix 'B4' against official datasheets to confirm terminal plating and material specifications. Confirm that the required application utilizes press-fit technology rather than soldering. Ensure thermal management solutions align with the 216 W dissipation rating. Validate RoHS compliance status through the manufacturer's latest documentation before integration.
Select this component when a compact full-bridge arrangement is required for high-voltage applications. The low on-resistance supports high-efficiency operation at elevated temperatures. Consider the physical footprint constraints of the SiCPAK G package during PCB layout. Evaluate gate drive requirements compatible with the threshold voltage characteristics of the internal devices.
This module belongs to the SiCPAK F series of silicon carbide power modules. It represents a transition toward higher integration levels compared to discrete components. The design focuses on reducing parasitic inductance and improving switching performance. It serves as a building block for advanced power electronics systems requiring robust high-temperature operation.
Consult official substitution lists for equivalent full-bridge SiC modules. Verify pin compatibility and thermal interface requirements when considering alternatives.
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