Compact, fully molded IPMs with IGBT or HV MOSFET switching options for energy-efficient solutions
Compact, fully molded IPMs with IGBT or HV MOSFET switching options for energy-efficient solutions
Compact, thermally efficient SLLIMM-nano IPMs in space-saving SMD package based on IGBT (600 V) or MOSFET (500 V) technologies boost efficiency in hard-switching circuits up to 20 kHz. Increased creepage and clearance between leads ensure effective safety isolation.
Ideal for boards needing reflow soldering, it is perfect for low-power applications including roller shutters, small fans, compressors, and motor drives low power.
- Surface mounting technology package
- 500 V MOSFET (1.5 and 3.2 Ω) and 600 V IGBT (3 and 5 A)
- Optimized voltage drop in conduction mode
- Interlocking function
- NTC for temperature control
- Easy to drive using low-voltage MCU
- PCB space reduction
Meet the latest SLLIMM-nano SMD: STGIPNS4C60T-H

Key features
Key features
- Ultra-compact SLLIMM-nano SMD package
- Integrated 5 A, 600 V 3-Phase IGBT with drivers & diodes
- Comprehensive protection suite (UVLO, interlocking, shutdown, overcurrent)
- Optimized for Low EMI
- Flexible 3.3 V/ 5 V/ 15 V CMOS/TTL inputs
- Integrated current sensing Op-Amp
- Onboard NTC for temperature control
Streamlined development solutions for faster prototyping
Our comprehensive support boards for the SLLIMM-nano family, along with the STPOWER Studio online electro-thermal simulation software, offer an efficient and user-friendly platform for testing various SLLIMM-nano Intelligent Power Modules (IPMs). These boards streamline the prototyping and development process, while the software provides detailed power and thermal analysis to accurately predict device performance.

STEVAL-IPMNM1S
60 W motor control power board based on STIPNS1M50T-H SLLIMM™-nano SMD IPM MOSFET

STEVAL-IPMNM2S
100 W motor control power board based on STIPNS2M50T-H SLLIMM™-nano (SMD) IPM

STEVAL-IPMNG3S
300 W motor control power board based on STGIPNS3H60T-H SLLIMM™-nano SMD IPM MOSFET
STPOWER Studio online electro-thermal simulation software
This easy-to-use design aid offers comprehensive power and thermal analysis, predicting device performance to shorten the design cycle and save time and resources. Additionally, the tool assists users in selecting the best device for a specific application mission profile.