Controller HIL Testing of Dual Active Bridge Converter

This example uses:

This example demonstrates how to model and simulate a high-fidelity dual active bridge (DAB) converter digital twin, including switching dynamics and fault behaviors, in deterministic real-time. You set up a hardware-in-the-loop (HIL) test system to verify a bidirectional DC/DC current controller running on target hardware, optimize FPGA runtime efficiency with fixed-point designs, and follow an integrated workflow from controls design to testing and verification.

Note

The model in this example is tested and shipped by Speedgoat®. For more information, see Controller HIL Testing of Dual Active Bridge Converter example.

Speedgoat Products

  • Performance Real-Time Target Machine

  • IO334 Simulink®-Programmable FPGA I/O Module

  • IO3XX-21: I/O Interface Extension with 56 ESD-protected TTL lines

  • Launchpad Development Kit

  • HDL Coder™ Integration Packages

  • Motion Control HDL I/O Blockset

MathWorks Products

  • Simulink Real-Time™

  • C2000™ Microcontroller Blockset

  • Simscape™ Electrical™

See Also

External Websites