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The STIPQ5M60T-HZ is a SLLIMM nano 2nd series intelligent power module featuring a 3-phase inverter bridge with six N-channel MDmesh DM2 MOSFETs. It supports a 600 V blocking voltage and 5 A continuous current per switch, with a maximum on-resistance of 1.0 Ω. The device integrates three half-bridge HVICs for gate driving, an operational amplifier, and a comparator for fault protection. It includes undervoltage lockout, smart shutdown, interlocking functions, and an internal NTC thermistor. The module provides 1500 Vrms isolation and operates within a junction temperature range of -40 to 150 °C.
Verify the specific ordering suffix 'HZ' against the manufacturer's latest documentation to confirm package type and environmental compliance grade. Ensure that the required isolation voltage and thermal management capabilities align with the application's safety standards and operating conditions before finalizing procurement.
Select this component for compact AC motor drive designs requiring integrated control logic and protection features. Consider the N2DIP-26L package dimensions and thermal resistance when designing heatsink interfaces. Evaluate the need for external shunt resistors for current sensing using the onboard operational amplifier versus microcontroller-based solutions.
This part belongs to the SLLIMM nano 2nd series, designed for small low-loss intelligent molded modules. It targets applications where assembly space is limited but high efficiency and reliability are required. The series combines optimized silicon chips with integrated gate driving networks and protection circuits to simplify motor drive design.
STIPQ5M60T-HL is a verified substitute within the same product family, sharing identical electrical specifications and pinout configuration while differing only in packaging format.
The smart shutdown function immediately turns off the output gate driver upon comparator triggering via a preferential path, independent of external RC network time constants, ensuring rapid fault response.
The T/SD/OD pin serves as the NTC thermistor terminal for temperature monitoring, the shutdown logic input (active low), and an open-drain output for the comparator signal.
Yes, the integration of specific HVICs allows direct coupling to MCU terminals without the need for optocouplers, simplifying the interface circuitry.