A 24 V DC source is utilized for input voltage source and load is modeled with 9 LEDs connected in series; each LED is impressed by 3.6 V and carries a current of 600 mA. The calculated value of effective load resistance from equation 14 is Re=12.98Ω. For a selected value of resonant capacitor Cr=0.1µF and input dc bus voltage of 24V, the value of resonant frequency can be calculated from equation 16 as fo= 58.6 KHz. From equations 15, 16 and 17 we can obtain values of quality factor Q= 2.1 and the resonant inductor value is Lr=74µH. The Orcad/PSpice simulation circuit is illustrated in fig. \ref{596598}. This circuit was simulated with the values given in table I. The full-bridge inverter output voltage (Vab) and resonant inductor current are illustrated in fig. \ref{176136}. The converter is designed with switching frequency higher than the resonant frequency, which resulted in zero voltage switching of proposed converter topology.