During the implementation of a power converter digital control system, one of the usual main drawbacks is the required programming time which introduces a delay between the system design and simulation and the experimental phase. An effective way to minimize it is achieved by specific tools which automatically generate the needed code for the target platform, hence, for instance, either C code for a microcontroller or HDL code for an FPGA. In this thesis, the Simulink HDL Coder tool effectiveness is validated for the automatic generation of DC/DC and DC/AC power converters digital control systems VHDL codes. In particular, two different high-performance digital average current control systems are designed and simulated on Simulink.