DPM06T60CGS4 CR Micro 600V 6A IPM DIP25-2

The CR Micro DPM06T60CGS4 is a 600 V 6 A intelligent power module in a DIP25-2 package, wired as a 3-phase full bridge using IGBT power stages. Protection on board covers over-temperature, over-current, fault output and short-circuit. Saturation voltage is 1.8 V typical. Designed for Fan motor, air condition, Refrigerator.

Key Specifications

Same-Rating Selection Table

68 part numbers share the same 600 / 3-phase full bridge rating — sorted by current; first 40 shown.

Applications

Fan motor, air condition, Refrigerator — the module's rating and package are sized for this class of load.

Selection Notes

• The module integrates gate drive and protection. The input side expects logic-level PWM, not a raw gate signal — do not add an external driver.
• Fault output is open-drain on most of these modules. Fit a pull-up and latch it in the controller, otherwise the module restarts into a fault.
• Check the dead time and minimum pulse width in the datasheet. The internal interlock is a protection layer, not a substitute for correct timing.
• Thermal design dominates reliability. Use the module's internal thermistor or the case-to-heatsink path to size the heatsink for the actual switching loss.

Common Questions

What topology does the DPM06T60CGS4 implement?

It is a 3-phase full bridge module rated 600 V / 6 A.

What protection is built into the DPM06T60CGS4?

The module integrates over-temperature, over-current, fault output, short-circuit. External fault handling still has to latch the fault signal and sequence a safe restart.

What applications is the DPM06T60CGS4 intended for?

Fan motor, air condition, Refrigerator — a match for the module's power rating and package thermal path.

What package does the DPM06T60CGS4 come in?

DIP25-2. Check the datasheet mechanical drawing for lead spacing and thermal pad dimensions before laying out the footprint.

How do I choose between the 68 part numbers in this rating group?

All 68 share the same voltage and package class. Sort by on-resistance first, then check gate charge: the lowest Rds(on) part is not automatically the best choice if the stage switches at high frequency. The table above lists them in ascending Rds(on) order.