Design of Indigenous Quadrature Hybrid for ISRO Missions

Komal, Harsh Dashora, J. Kumar, D. Kumar, D. Mamatha
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Abstract

Avionics hardware such as communication, power, control packages require reliable, compact, light weighted systems so as to achieve high payload to spacecraft ratio and the effort starts from selection and optimization of EEE components, mechanical housings, cables harness etc. In this article, a imported microwave device which is costly and usually realised through planar approach is targeted to be fabricated from miniaturised lumped HMC components and realised in the form of HMC, which is demonstrated to be effectively smaller with similar performance as compared to that fabricated from planar approach.
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用于ISRO任务的国产正交混合动力设计
航空电子硬件,如通信、电源、控制等,需要可靠、紧凑、轻量化的系统,以实现高载荷与航天器的比,努力从电子电气组件、机械外壳、电缆线束等的选择和优化开始。在本文中,一种昂贵的进口微波器件通常通过平面方法实现,目标是由小型化的集总HMC元件制造,并以HMC的形式实现,与平面方法制造的微波器件相比,HMC的体积更小,性能相似。
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