A contemporary multi-level dc-ac inverter is used in this project. When the right gate signals are created, the recommended multi-level inverter generates an output voltage that has seven levels. Additionally, the absolute euphonious mutilation of the sinusoidal voltages may be limited by using the low pass channel. The voltage weight of influence frameworks and altering disasters might be reduced in this suggested staggered inverter. The advised inverter operating guidelines and the information capacitor voltage adjusting framework were dropped. A multi-level laboratory inverter system with an output of 220Vrms/2 KW and an input voltage of 400-V is then introduced. The sinusoidal pulse-width (SPWM) of the staggered inverter is adjusted by the computerized sign processor (DSP) TMS320LF2407. Experimental findings demonstrate peak functionality. full load efficiency of 94.5 percent and efficiency of 96.7 percent. There is a widespread perception of confused inverters for high-control, high-voltage applications. They are inherently more generous than traditional two-level inverters in terms of less melodic mutilation, increased electromagnetic square, and larger dc touch voltages. Although it has certain drawbacks, some of them include complicated heartbeat width regulation, expanded part numbers, and voltage balancing issues.