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Forward with Active Clamp for space applications: clamp capacitor, dynamic specifications and EMI filter impact on the power stage design

机译:带有有源钳位的前馈适用于空间应用:钳位电容器,动态规格和EMI滤波器对功率级设计的影响

摘要

The impact of the clamp capacitor design, the dynamic specifications and the EMI filter design on the power stage design of a 28V 50W Forward with Active Clamp converter for space applications is analyzed along this paper. Clamp capacitor is designed by considering the ECSS standards limitations for the semiconductors and saturation of the magnetic components, and considering the influence of the resonance between this capacitance and the magnetizing inductance on the input impedance of the converter. Dynamic specifications influence are analyzed. Additionally, the EMI filter design process is described. Singlestage and Multi-stage approaches are proposed. All these features make an increase of 2:4W losses and 1:6 higher area of the converter, compared with a preliminary design of the power stage, before considering these aspects.
机译:本文分析了钳位电容器设计,动态规格和EMI滤波器设计对用于太空应用的28V 50W正向有源钳位转换器的功率级设计的影响。钳位电容器的设计考虑了ECSS标准对半导体的限制和磁性组件的饱和度,并考虑了该电容和励磁电感之间的谐振对转换器输入阻抗的影响。分析了动态规格的影响。此外,还将介绍EMI滤波器的设计过程。提出了单阶段和多阶段方法。在考虑这些方面之前,与功率级的初步设计相比,所有这些功能使转换器的损耗增加了2:4W,面积增加了1:6。

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