坚固,可再加工的热电子封装:应用于空间的高功率TR模块

J. Hoffman, L. Del Castillo, D. Hunter, J. Miller
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引用次数: 8

摘要

现代雷达架构需要更高的输出功率密度,例如拟议的DESDynI[冰的变形、生态系统结构和动力学]SAR[合成孔径雷达]仪器(或DSI)需要越来越密集的高功率电子设备。为了实现更高的功率密度,同时保持甚至提高硬件可靠性,需要将先进的热封装技术集成到雷达发射/接收(TR)模块中。已经研究了新的材料和技术,现在正在与通常用于飞行硬件的更标准的技术并行实施。
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Robust, rework-able thermal electronic packaging: Applications in high power TR modules for space
The higher output power densities required of modern radar architectures, such as the proposed DESDynI [Deformation, Ecosystem Structure, and Dynamics of Ice] SAR [Synthetic Aperture Radar] Instrument (or DSI) require increasingly dense high power electronics. To enable these higher power densities, while maintaining or even improving hardware reliability, requires improvements in integrating advanced thermal packaging technologies into radar transmit/receive (TR) modules. New materials and techniques have been studied and are now being implemented side-by-side with more standard technology typically used in flight hardware.
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