具有TEC值的浪涌再生双开关电源性能评价

S. Ida, G. M. Dousoky, M. Shoyama, T. Yamashita
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引用次数: 0

摘要

近年来,环境问题和消费者的要求促使越来越多的高效率和小型化的电子设备。此外,由于要求办公自动化设备的典型电力消耗(TEC)值更小,因此需要在从节能模式(约0.5W)到额定模式(约几百瓦)的宽工作范围内实现高效率。此外,传统电源难以实现节能与低成本的共存。本文研究了一种具有浪涌能量再生电路拓扑结构的新型DC-DC变换器。小型电感器正接在电源变压器上,实现了高效率和低噪声的性能。给出了电路的工作分析,并给出了仿真和实验结果。本文构建了不同的电路拓扑结构,以TEC值进行效率比较和性能评估。
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Performance evaluation of surge energy regenerative two-switch power supply with TEC values
In recent years, environmental problems and consumer requirements encourage more and more high efficiency and miniaturized electronic devices. In addition to that, since smaller Typical Electricity Consumption (TEC) values of office automation equipment are requested, it is necessary to realize high efficiency in a wide operating range from the energy saving mode (about 0.5W) to the rating mode (about several hundreds of watts). Furthermore, the coexistence of energy saving and low cost is hard to be achieved in conventional power supply. In this paper, a new DC-DC converter with a surge energy regeneration circuit topology is studied. A small inductor is positively attached to the power transformer to realize a high efficiency and a low noise performance. The circuit operation analysis and the results of both simulations and experiments are addressed. In this paper, various circuit topologies are built to carry out the efficiency comparison and performance evaluation with TEC values.
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