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The IKCM15F60GAXKMA1 is a CIPOS Mini intelligent power module featuring a three-phase open emitter topology with TRENCHSTOP IGBTs. It operates at a voltage rating of 600 V and a rated current of 15 A, housed in a 24-pin Dual In-Line package. The integrated SOI gate driver provides under-voltage lockout, over-current shutdown via the ITRIP pin, and cross-conduction prevention. Low-side emitters are accessible for phase current monitoring, while an internal NTC thermistor enables temperature sensing.
Verify the specific suffix 'XKMA1' against official Infineon documentation to confirm packaging details and lead times. Ensure the ordering part number matches the exact datasheet revision required for your design. Cross-reference the component marking on the physical device with the manufacturer's identification standards to prevent counterfeit components.
Select this module when a compact, fully isolated solution for three-phase AC or permanent magnet motor control is required. The open emitter design facilitates precise current sensing without external isolation amplifiers. Verify that the system bus voltage remains within the 450 V limit and that the controller logic levels are compatible with the 3.3 V inputs.
This component belongs to the CIPOS Mini family from Infineon Technologies. It integrates power switches and gate drivers into a single molded package to reduce PCB footprint and improve reliability. The series is designed specifically for residential appliance motor applications requiring robust protection features and efficient thermal management.
IKCM15L60GA
The integrated gate driver includes a shoot-through prevention mechanism that inserts a minimum deadtime of typically 380 ns between switching states, preventing simultaneous conduction of high and low side switches.
The ITRIP pin serves as the input for the over-current detection function. When the collector current feedback exceeds the threshold, it triggers a shutdown of all outputs after a propagation delay.
Yes, the NW, NV, and NU pins provide access to the low-side emitters, allowing for direct current measurement of each phase leg using shunt resistors.