DPM06C60LG CR Micro 600V 6A IPM SDIP26

The CR Micro DPM06C60LG is a 600 V 6 A intelligent power module in a SDIP26 package, wired as a 3-phase full bridge using IGBT power stages. Protection on board covers over-temperature, over-current, fault output and under-voltage lockout. 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 DPM06C60LG implement?

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

What protection is built into the DPM06C60LG?

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

What applications is the DPM06C60LG intended for?

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

What package does the DPM06C60LG come in?

SDIP26. 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.