This thesis implements six-switch inverter fed single-phase voltage source. The purpose of this thesis is to maximize the switch utilization ratio under the limit of input voltage and rated values. In first, the linear and nonlinear loads under ideal source are studied. Then, the output inductor and capacitor of full-bridge inverter are designed. From the results, phase difference between both parts of the single-phase voltage source is helpful to maximize the switch utilization ratio. All the control algorithms are implemented in TI DSP chip. The provided results show that the proposed converter has acceptable performance and maximum switch utilization ratio.