A novel low voltage high power multi-phase inverter is presented. Based on an already designed ISCAD machine the specification of an electrical power up to 240 kW at a dc-link voltage below 60 V has to be achieved. For spreading the high currents and the corresponding power losses a 60 phase machine is built up. Each phase is connected with one dedicated half-Bridge, which includes power components and the driver circuit. The requirements on electrical circuits and components are investigated to ensure a safe operation of the system against voltage transients. Further simulations show the electrical and thermal behavior of the printed circuit boards. Experimental results validate the simulations and show the system boundaries.