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The voltage source converter topology has gained wide acceptance for applications in electric power generation, motor drives, computer’s power adapters, uninterruptible power supplies, flexible ac transmission systems, and alternative energy production systems. Therefore, it is necessary to understand clearly how they work and explore control techniques to improve its performance characteristics. This paper is aimed to present the analysis of steady state converter operation in laboratory prototype. The device is based on full bridge with twelve insulated gate bipolar transistor, including independent trigger signal for each element. The sinusoidal pulse width modulation technique is employed for regulating purpose programmed on FPGA. Finally, a comparison between digital simulations and experimental results is presented. The resultant alternating current waveform has a very well quality shape.