The variation of of output power and capacitor voltage with dimming is illustrated in fig. 15. From fig. \ref{746349}, it can be concluded that output power increases along with Vc with an increase in dimming. Efficiency versus dimming is plotted and illustrated in figure.16. From fig. \ref{264985} it is clear that the efficiency of the proposed converter is almost constant throughout the operation of dimming from 20% to 100%. Further, the driver circuit achieved efficiency of 92.6% at 100% dimming. The major advantages of the proposed converter are reduced switching loss, high efficiency, reduced component count, and reduction of output electrolytic capacitor. Further, comparative study of the single input LC series resonant converter with similar works is summarized in Table \ref{tab:2}. It can be noticed from Table \ref{tab:2} that the single input LC series resonant converter requires fewer switching devices. Also, the single input LC series resonant converter provides several advantages, such as dimming control, compact size, soft switching, and increased overall efficiency.