Ti C2000 Workshop Direct

For return attendees, TI offers specialized "deep dive" workshops that focus on specific verticals:

You configure ePWM1 and ePWM2 to run at 100 kHz with a 50% duty cycle. You then introduce a phase shift of 90 degrees between them. Using a logic analyzer, you verify the deadband insertion. Result: Two-phase shifted PWM signals safe for an inverter leg. ti c2000 workshop

Key modules include:

Unlike general-purpose microcontrollers (like the MSP430 or standard ARM Cortex-M devices), C2000 MCUs are architected specifically to solve the "real-time control loop" problem. A typical control loop involves sensing (reading current or voltage), processing (calculating the next output via PID or observers), and actuation (driving PWM signals to switches). This must happen in microseconds, often at frequencies exceeding 100 kHz. For return attendees, TI offers specialized "deep dive"

One of the most advanced and valuable modules in the workshop is the CLA training. The CLA is a 32-bit floating-point math accelerator that operates independently of the main C28x CPU. Result: Two-phase shifted PWM signals safe for an

Due to global changes and cost optimization, TI and its partners (like New Wave Design, Wuerth Elektronik, or university programs) offer two formats.