MMICs and Remote Sensing Science Instruments - A Technology Success Story

T. Gaier
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Abstract

Developments in GaAs and InP transistor technology has had a large impact on science. With low noise and high frequency performance, these devices have revolutionized radio astronomy and Earth science, and changed the way that space science missions are designed and implemented. MMIC integration has shortened mission development times and enabling missions to be efficiently implemented in a cost-constrained environment. MMICs have also enabled a new generation of receiver arrays, creating a paradigm shift in experimental design. Some of this history will be discussed, citing specific examples of technology insertion and the impact on science.
mmic和遥感科学仪器-一个技术成功的故事
GaAs和InP晶体管技术的发展对科学产生了巨大的影响。这些设备具有低噪音和高频性能,彻底改变了射电天文学和地球科学,并改变了空间科学任务的设计和实施方式。MMIC集成缩短了任务开发时间,使任务能够在成本有限的环境下有效实施。mmic还实现了新一代接收器阵列,创造了实验设计的范式转变。其中的一些历史将被讨论,引用技术插入和对科学的影响的具体例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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