在潜艇上采用高频链逆变电源能减小电力变换装置体积、降低振动噪声、提高转换效率。本文介绍典型电压型高频链逆变电源的拓扑结构并制定了电气设计方案，建立基于Ansoft仿真软件的变压器模型和基于Simplorer的高频链逆变电源系统仿真电路，对高频链逆变电源变压器电磁特性及高频链电源系统进行原理仿真，得出仿真结果并进行仿真分析，从而验证了典型高频链逆变电源方案的可行性。
The use of high frequency chain inverter in submarines can reduce the volume of power conversion devices, reduce vibration noise and improve conversion efficiency. This paper introduces the topological structure of the typical voltage-type high-frequency chain inverter power supply and establishes the electrical design scheme. Then the transformer model based on Ansoft simulation software and the simulation circuit of high-frequency chain inverter power supply system based on Simplorer are established, the electromagnetic characteristics of the high-frequency chain inverter power supply transformer and the principle simulation of the high-frequency chain inverter power supply system are carried out. The simulation results are obtained and analyzed, and the feasibility of the typical high-frequency chain inverter power supply scheme is verified.
2018,40(11): 126-130 收稿日期：2018-07-03
DOI：10.3404/j.issn.1672-7649.2018.11.025
分类号：U674
作者简介：熊义勇(1989-),男,助教,研究方向为电力电子与电力集成技术
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