Simulation based design for the inverter power supply

Abstract

Inverter power supplies have been developed as an analog circuit, over past decade digital control has emerged as a viable candidate for the inverter power supplies. As a first step of design, the modeling and simulation are very useful for the development and implementation in both hardware and software design. It can lead to improve the performance, reduced development and production cost and time. This paper constructs Model In the Loop Simulation (MILS) environment for designing the embedded software for the inverter power supply. Important software parameters are optimized using the simulator. To very the validity of the developed model, comparisons between the circuit simulation and experimental result are shown. The illustrations show that the results obtained by the developed model are in good agreement with the experimental results.