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The AIP5N15K060Q4S is a three-phase inverter Intelligent Power Module (IPM) manufactured by Alpha & Omega Semiconductor Inc. It integrates Trench Shielded Planar Gate IGBTs with HVIC drivers, bootstrap diodes, and current-limiting resistors. The module supports a collector-emitter voltage of 600V and an output phase current of 15A at 25°C. It features a 23-pin IPM-5A package with short pin lengths for surface mount applications.
Verify the specific ordering suffix 'S' corresponds to the IPM-5A package variant with short pin lengths. Confirm that the -40°C to 150°C operating temperature range aligns with system thermal design requirements. Ensure isolation ratings meet safety standards for the intended application environment.
Select this module for compact designs requiring integrated protection features such as short-circuit current detection and temperature monitoring via NTC. Consider the 2000Vrms isolation rating for safety compliance. Evaluate the 15A continuous current capability against peak load demands and thermal dissipation constraints within the IPM-5A footprint.
This component belongs to the AIP5 series of intelligent power modules from Alpha & Omega Semiconductor. It represents a specialized solution for three-phase inverter applications, combining power switching elements with advanced driver logic. The 'S' suffix specifically denotes the IPM-5A package configuration, distinguishing it from standard pin length variants.
Public confirmed substitute part numbers are not available in the provided documentation. Verify mechanical dimensions and pin configurations when evaluating alternative components.
The VCF pin provides a controllable fault output signal indicating short-circuit, under-voltage, or over-temperature faults. It can also be used to shut down all low-side IGBTs when held in a low state.
Short-circuit protection works only for the low sides. It requires an external shunt resistor and an RC filter connected to the CSC pin to detect current levels and trigger a hard interrupt on the gate.
Yes, direct drive from a microcontroller is possible without opto-couplers or isolation transformers, provided the input signals meet the required turn-on and turn-off threshold voltages.