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High-Performance ZVS Buck Regulator Removes Barriers to ...
Page 1 High performance ZVS buck Regulator Removes Barriers To Increased Power Throughput In wide input Range Point-Of-Load ApplicationsWHITE PAPERW ritten by: C. R. Swartz Principal Engineer, Picor Semiconductor Solutions, Vicor CorporationIntroductionThe need for higher power density in today s electronic systems combined with higher overall efficiency has driven many changes in the Non-isolated Point-of-Load Regulator (niPOL). In an effort to improve overall system efficiency, designers are opting to avoid multiple conversion stages to get to the regulated point-of-load voltage they need. This means that the niPOL is operated at higher input voltages with higher conversion ratios than ever before. Despite this fact, the niPOL is expected to maintain the highest efficiency and still continue to shrink the total size of the power solution.
a wide input range that can be higher, with a step-ratio approaching 36:1. Of all the changes applied to the niPOL in the past few years, the least amount of change has been the powertrain topology itself.
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