Experimental design and construction of a full-bridge inverter circuit based on the Arduino platform

Current experimental research in electrical and electronic engineering is usually carried out using simulation due to the limitation of the experimental conditions. This experiment combines software and hardware and demonstrates the reliability of this experimental approach. The Design and Implementation of the Experiment are based on the Arduino Platform. The power signal and trigger signal are output in the form of programming on the Arduino platform. The rest of the circuit is built in the form of hardware on the breadboard. This paper introduces the basic working principles of the full-bridge inverter circuits. The simulation circuit is built by MATLAB software to get the theoretical output waveforms. By selecting the corresponding model of experimental equipment the relevant circuit had been built. Make full use of the advantages of the breadboard, to offer an intuitive experimental result. Finally, the comparison of experimental results demonstrates that the combined hardware and software approach to experimentation can be replicated. This new experimental approach is not only reliable but also solves the inconvenience caused by the limitations of tools to the experiment in the industry.