CAJ | 학술논문

针对MPM集成高压电源应用场合，提出一种能在较宽负载范围内实现ZVS（Zero—Voltage—Switching）的全桥移相倍压变换器。分析了变换器的工作原理和特性，讨论了电路参数对工作状态的影响以及各参数之间的制约关系。推导出主回路原边电流有效值表达式，建立了变换器的优化设计模型，结合MATLAB优化方法对变换器进行优化，最后用实验证明优化设计的合理性。
침대MPM집성고압전원응용장합，제출일충능재교관부재범위내실현ZVS（Zero—Voltage—Switching）적전교이상배압변환기。분석료변환기적공작원리화특성，토론료전로삼수대공작상태적영향이급각삼수지간적제약관계。추도출주회로원변전류유효치표체식，건립료변환기적우화설계모형，결합MATLAB우화방법대변환기진행우화，최후용실험증명우화설계적합이성。
A ZVS （zero-voltage-switching） full-bridge phase-shift converter with voltage-multiplier was proposed for high voltage and high power applications. The operation principle and characteristics of the convener were analyzed. With the equation of the primary current RMS deduced, a new design method for fiall-bridge phase-shift dual voltage converter was proposed and established. Then, the converter was optimized by MATLAB. Finally, the experiment results verified the analysis, deduction and the optimal design results.