SAR卫星负载启动对功率变换器的影响及分析

Kehai Bao, Hou Li, Lu Gao, Ling-Yun Fan, Zhi-Hao Wan, Jin Xiao
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引用次数: 1

摘要

SAR卫星负载的电源启动具有大功率和高频瞬时脉冲功率的特点。对于非调制单母线卫星电源系统的配置方案,卫星SAR负载的大功率和高频瞬时脉冲会直接引起非调制母线的电压脉动,导致平台母线变换器输入电压不稳定。在分析不同模式下卫星负载功率需求和负载电流值的基础上,评估了大功率和高频脉冲卫星负载对平台母线变换器的影响。在平台电源变换器输入端设置滤波单元,通过对实际电路的仿真分析和验证,该滤波单元能有效地将母线变换器输入电压纹波控制在2%以内,保证了供电系统和电源变换器的可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Influence of SAR Satellite Load Boot on Power Converter and Its Analysis
The power startup of SAR satellite load has the characteristics of heavy power and high frequency instantaneous pulse power. For the configuration scheme of the non-modulation single-bus satellite power system, the heavy power and high frequency instantaneous pulse of the satellite SAR load will directly cause the voltage pulsation of the non-modulation bus, resulting in the unstable input voltage of the platform bus converter. Base on the analysis of satellite load power demand under different mode and the load current value, evaluate the influence of satellite load of heavy power and high frequency pulse on platform bus converter. On the platform power converter input set filter unit, through the simulation analysis and verification of actual circuit, the filter unit can effectively control bus converter input voltage ripple within 2%, to ensure the reliability of the power supply system and power converter.
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