Maximize the integration of your high-power motor drive design

On-demand webinar

New SLLIMM™ high-power intelligent power module for motor control applications

Higher power density, integration and reliability are the key ingredients for ever-improved high-power motor control applications. ST's wide product portfolio of Intelligent Power Modules (IPM) – and the new SLLIMM HP (High Power) series in particular – are tailored for motor control and power applications as high as 5 kW.

Embedding IGBT technology within power packages to boost performance and maximize efficiency in high-power 3-phase inverters, the SLLIMM HP series is designed for commercial air-conditioners, servo drives and general-purpose inverters applications.

Replay our 1-hour webinar to understand how STPOWER SLLIMM modules can add higher power density and integration into your motor drive designs.
 
  

Your take-aways from this on-demand webinar:

  • The keys to identify and select the right STPOWER SLLIMM module for your power system design
  • Technical and application insights of the new SLLIMM HP module able to drive high-power applications including HVACs and servo motors up to 5 kW
  • Where to find comprehensive design support and ST’s authorized partners

We added the Q&A session where our expert answered questions which may be of interest to you.

 

Speakers

Roberto La Rosa
Roberto is a technical marketing engineer for the IGBT & IPM Business Unit at STMicroelectronics since 2018. He holds a master’s degree in Automation Engineering and is responsible for new developments involving discrete IGBT and their implementation in SLLIMM modules, as well as providing technical support for customers in the Southeast Asia region.
Carmelo Capone
Carmelo joined STMicroelectronics in November 1997 and was manager of Dry Etching Equipment Engineering & Maintenance Support from 2002 to 2011. Today, he is a Senior Application Development Engineer for the Power Transistor Division, with focus on development hardware for IGBT, SiC discretes and power modules.