Virtual Prototyping and Automatic Code Generation for DSP-based Digital Control of Power Electronics Equipment

With the high level programming language introduced into DSP field, the design of digital controller for power electronics equipment is now becoming easier than ever. Nevertheless the process of coding is always error prone. We present here a new method to extend virtual best bed environment to DSP platform and allow a rapid migration of a new controller design to a DSP by providing an automatic code generation program for DSP platform. This method improves the real time performance of VTB and is finally validated on a boost converter using synergetic control law. Result of simulation on VTB environment and hardware validation are given