Test and Verify Control Algorithms

Simulink accelerates the process of testing and verifying the control design of power converters. 

• Generate control code for the power converter for real-time hardware-in-the-loop (HIL) simulation
• Test real-time execution of your power converter controls before verifying it on a hardware prototype
• Identify and correct common errors in control design by generating test cases with Simulink Design Verifier™ and prevent potential damages to expensive hardware prototypes
• Check model and code coverage with Simulink Coverage™ to ensure test completeness and support requirement traceability

Generate Production Code

With Simulink and Embedded Coder^®, you can reduce and eliminate the need for manual coding.

• Use Fixed-Point Designer™ to model, optimize, and generated code for fixed- and floating-point algorithms in low-cost, low-power converter applications
• Generate optimized and stable C/C++ control code for implementation on microcontrollers or synthesizable HDL code for FPGA programming or ASIC prototyping
• Automatically regenerate new, updated code to reflect the changes in the control design of the power converter

All generated C/C++ and HDL code is fully portable, optimizable with a range of options, bidirectionally traceable to the Simulink model, and certifiable with certification kits.