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The APTGT150SK170G is a single IGBT module manufactured by Microchip Technology, utilizing silicon technology. It features a collector-emitter maximum voltage (VCEO) of 1.7 kV and a continuous collector current of 250 A at 25°C. The device exhibits a collector-emitter saturation voltage of 2 V and a gate-emitter leakage current of 600 nA. Power dissipation is rated at 890 W, with a maximum gate-emitter voltage of 20 V. The module operates within a temperature range of -40°C to +100°C and is housed in an SP6 screw-mount package.
Verify the specific ordering suffix and revision level against the official Microchip Technology datasheet before procurement. Confirm that the SP6 package dimensions and terminal configurations match the target PCB or busbar design requirements. Ensure thermal interface material selection aligns with the specified power dissipation ratings and operating temperature limits to maintain reliable performance.
Select this component when a single-switch solution with 1.7 kV blocking capability and 250 A current handling is required. Consider the SP6 package size and screw-mount style for compatibility with existing heatsink infrastructure. Evaluate the 2 V saturation voltage against system efficiency targets and ensure the 890 W power dissipation rating fits within the available thermal management capacity.
This part belongs to the Microchip Technology APTGT series of IGBT modules. The series offers various configurations including single, dual, and bridge arrangements with voltage ratings from 600 V to 1.7 kV. The APTGT150SK170G specifically addresses high-power single-switch applications requiring robust voltage handling and moderate current capacity in a standardized industrial package.
Direct substitutes include other Microchip APTGT series modules with identical 1.7 kV voltage rating and similar current capabilities, such as the APTGT225DU170G for dual configurations or the APTGT150DA120G for different voltage ratings. Verify pinout compatibility and thermal characteristics when considering cross-configuration replacements.