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Altair Community Power Conversion and Motor Drive Chat Series

This is a regular event, occurring monthly at the same time.

Sessions will occur on 2nd Thursday of the month at 10 AM Eastern Time.

Location - Virtual Webinar

Join us for an exciting technical series where we will showcase the new capabilities of Altair’s power electronics and power conversion design tools. This monthly series is designed to showcase the latest capabilities, applications, and workflows for the design challenges faced by the power electronics industry.

Our expert speakers will guide participants through interactive sessions, exploring the potential of Altair’s Power Conversion, Motor Drives, and Electrification solutions showcasing real-world applications.

This is a great opportunity to network with like-minded professionals and Altair specialists. We reserve 10 minutes for Q&A. Upcoming Sessions:

Date Title
December 11, 2025, 10 AM ET Verifying and Simulating Embedded C for Power Converters

 

Past Sessions:

Date Recording
February 13, 2025, 10 AM ET Fit Model use for design decision making
March 13, 2025, 10 AM ET PSIM and 3D thermal coupling
April 10, 2025, 10 AM ET Power Converter Cost Optimization with PSIM & HyperStudy
May 8, 2025, 10 AM ET  Coming Soon
June 12, 2025, 10 AM ET Coming Soon
September 11, 2025, 10 AM ET PSIM on Autopilot: Exploring Different Ways to Automate Your Power Electronics Simulations
October 9, 2025, 10 AM ET PSIM Troubleshooting,Tips and Tricks
November 13, 2025, 10 AM ET Seamless Controller Hardware in the-Loop (C-HIL) with PSIM and Typhoon HIL

Session Details :

code simulation (1)

Verifying and Simulating Embedded C for Power Converters

Thursday, December 11, 2025, | 10.00 am-11:00 am Eastern Time

This webinar will demonstrate how to insert a compilation ready embedded project in an IDE like code composer studio, CCS, and simulate how it functions along with the a simulation of the power hardware in PSIM. Methods will be introduced to abstract or replicate the functionality of the PWM, ADC, interrupt timers, that is the peripherals of the MCU, while using #define statements to remove segments or functions of code that are not compatible with simulation. 

The objective is to use a simple #define simulation or #define embedded as the only change necessary to have the code run cleanly in simulation vs compiled and deployed on the target.

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