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A loss reduction algorithm at light loads is needed to increase the overall efficiency of noninverting synchronous buck–boost dc–dc converters. Inductor current ripple generates most of the total loss at light loads. Thus, a ripple current reduction algorithm is an effective method of increasing light-load efficiency. This letter proposes a control algorithm for increasing the light-load efficiency...
The loss reduction algorithm for the light-load is needed to increase overall efficiency. The inductor current ripple is the fixed magnitude, and it generates almost loss of the total losses at the light-load. Therefore, the ripple current reduction algorithm is efficient method to increase the light-load efficiency. This letter proposes the control algorithm to increase light-load efficiency by controlling...
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