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The AIP5D05K060Q4S is a 23-pin Power-DIP Intelligent Power Module featuring a 600V Trench Shielded Planar Gate IGBT and integrated HVIC drivers. It supports a continuous output phase current of 5A at 25°C case temperature, with a surge rating of 500V. The module includes built-in bootstrap diodes with current-limiting resistors, under-voltage lockout, over-temperature protection, and short-circuit current protection. It operates within a junction temperature range of -40°C to 150°C.
Verify the specific ordering suffix 'S' corresponds to the IPM-5A package variant with short pin lengths, distinct from the standard IPM-5 package. Confirm RoHS compliance status and ensure the application circuit design accommodates the specified isolation ratings and thermal resistance parameters for reliable operation.
Select this module for applications requiring a compact three-phase inverter solution with integrated protection features. Ensure the control supply voltage remains within the 13.5V to 16.5V range and verify that the PCB layout minimizes noise coupling to the CSC and VOT pins to maintain accurate fault detection and temperature monitoring.
This component belongs to the AIP5 series of Intelligent Power Modules from Alpha & Omega Semiconductor. It combines power switching elements with driver logic in a single package to simplify inverter design. The 'Q4' designation typically indicates automotive-grade qualification or specific reliability standards within the manufacturer's portfolio.
The AIP5D05K060Q4 is the equivalent part with normal pin length (IPM-5 package). Verify mechanical fit and pin compatibility before substitution, as the physical dimensions differ between the IPM-5 and IPM-5A packages.
The VOT pin provides a voltage output corresponding to the LVIC temperature. If left open, it enables over-temperature protection; if connected to a 10kΩ resistor, it functions solely for temperature monitoring.
Short-circuit protection is available only for the low-side IGBTs. It utilizes an external shunt resistor and RC filter connected to the CSC pin to detect faults and hard interrupt the gate signals.
Yes, direct drive is possible without optocouplers due to the active-high Schmitt trigger input interface, provided the input signal levels meet the required threshold voltages.