IRSM836-025MA

Overview

The IRSM836-025MA is a CIPOS™ Nano three-phase intelligent power module featuring a 500 V voltage rating and 4 Ω maximum on-resistance at Tj = 25°C. It utilizes MOSFET switching devices in an open-source topology with a rated current of 2 A. The module supports a motor power output of 55 W at 10 kHz switching frequency. Designed for industrial quality, it lacks an internal NTC sensor and encryption features.

Feature Summary

• Integrates three-phase MOSFETs within a compact CIPOS™ Nano package
• Provides integrated gate drive and protection functions
• Supports high-frequency operation up to 10 kHz

Applications

• Industrial motor drives
• Small home appliances
• Pump control systems

Procurement Notes

Verify the specific suffix MA against the official Infineon datasheet to confirm pinout and electrical characteristics. Ensure compatibility with existing PCB footprints and thermal management requirements. Confirm that the absence of an internal NTC aligns with the system's temperature monitoring strategy. Validate that the 2 A rated current meets the load requirements under all operating conditions.

Selection Notes

Select this component when a 500 V three-phase IPM with low on-resistance is required for industrial applications. The 4 Ω RDS(on) offers a balance between conduction losses and cost. Consider the open-source topology for specific circuit configurations. Verify that the 2 A current rating is sufficient for the target motor application without derating issues.

Part Context

This part belongs to the CIPOS™ Nano family from Infineon Technologies. The family focuses on high power density for small form-factor motor drives. Other variants in the series include different voltage ratings and current capabilities, such as the IRSM836-035MA and IRSM836-024MA, catering to diverse application needs.

Replacement Considerations

Check for direct replacements within the CIPOS™ Nano series with similar electrical parameters. Ensure any substitute maintains the same package dimensions and pin configuration to avoid PCB redesign.