基于厚膜技术的空间应用DC-DC混合变换器

Anju Singh, R. Shalini, S. Kulkarni, Ajay Andhiwal, A. V. Nirmal
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引用次数: 1

摘要

混合电子模块总是比分立版本更受欢迎,因为空间应用的尺寸更小,重量更轻,性能更好,可靠性更高。使用厚膜技术实现的DC-DC转换器模块通常被称为混合转换器,用于实现小型化电源,从而实现终极功率密度和卓越的电气和热性能。DC-DC转换器具有多个直流输出,用于配电系统的预期输入电压范围。本文详细介绍了新开发的创新厚膜工艺技术,包括制造特殊组件及其附件技术,以实现微型15W DC-DC转换器混合动力。此外,还介绍了空间应用高可靠性要求的工艺鉴定细节。本文详细介绍了15W HMC DC-DC变换器开发过程中面临的主要挑战,关键部件的热分析,考虑到小型化最佳可行生产方法的独特布局设计,整体电气性能和空间应用的EMI/EMC兼容性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thick Film Technology based DC-DC Converter Hybrid for Space Applications
Hybrid electronic modules are always preferred over discrete versions due to smaller size, less weight, better performance and high reliability for Space applications. DC-DC Converter modules realized using Thick Film Technology are universally known as Hybrid converters being hybridized in order to realize miniaturized power supplies allowing ultimate power density & superior electrical & thermal performance. DC-DC Converters have multiple DC outputs for an intended input voltage range for Power distribution systems. This article details the newly developed Innovative Thick Film Process technology involving fabrication of special subassemblies & their attachment techniques for the realization of the miniature 15W DC-DC converter Hybrids. In addition to this, process qualification details for high reliability requirements for Space applications are presented. The major challenges faced during the development of 15W HMC DC-DC Converter, Thermal analysis for critical components, unique layout design in view of the best feasible production approach for miniaturization, overall Electrical Performance and EMI/EMC compatibility for Space applications are detailed in the article.
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