跪求论文摘要翻译

来源：百度知道 编辑：UC知道 时间：2024/05/22 18:23:55
内容摘要：开关电源一直朝着高频、高可靠性、低功耗、低噪声的方向发展。随着3C(通信、消费类电子、计算机)的融合，终端产品在功耗密度和衍生电路的复杂性显著增加，要求的电源电压越来越低，电流越来越大，瞬态性能指标越来越高，低电压大电流开关电源占据的市场份额也越来越大。另外，对开关电源的转换效率也提出更高要求，开关电源的节能绿色化已是大势所趋。但目前低电压大电流电源的设计受制于整流管的压降，为了解决这个问题，提高电源效率，本文对低电压大电流高效电源进行了研究。
首先，本文简要介绍了开关电源的基本原理及其拓扑结构。然后分析了软开关和同步整流技术的应用现状，提出了一种将准谐振和同步整流技术应用于低电压大电流反激变换器的设计方案，既减少了电磁辐射，提高了电源效率，又保留了反激变换器所固有的成本低廉、结构简单、易实现多路输出等优点。
关键词: 反激变换器;准谐振;同步整流:建模

Abstract: switching power supply has been moving in high-frequency, high reliability, low-power, low-noise direction. With the 3C (communications, consumer electronics, computer) integration, power consumption in end products derived from the circuit density and complexity of a significant increase in power requirements of more and more low-voltage, current increases, the more transient performance The higher the past, low-voltage high-current switching power supply to occupy the market share is growing. In addition, switching power supply for the conversion efficiency is also higher demands, switching power supply of green energy-saving has become an irresistible trend. However, low-voltage high-current power supply design of the rectifier by the pressure drop, in order to solve this problem and improve power efficiency, this article on the low-voltage high-current power supply were studied.
First of all, this article outlined the basic principles of switching power supply an