LMRST-Sat:小型、高性价比的任务

C. Duncan, M. S. Dennis, A. Kalman, Kevin Anand Stein, Yonas Tesfaye, Bryan I-Ming Lin, E. Truong-Cao, C. Foster
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引用次数: 1

摘要

美国宇航局喷气推进实验室(JPL)的通信、跟踪和雷达部门与斯坦福大学的空间和系统开发实验室(SSDL)正在合作执行一项纳米卫星级任务,其成本通常与小型技术开发任务有关,大约10万美元。该任务将jpl开发的低质量无线电科学应答器(LMRST)安装在大学级CubeSat总线上,作为卫星,其总体积为2升,加上可展开的天线。在近地轨道上,LMRST有效载荷将以支持测距调制的整数周转x波段转发器的形式,为深空网络x波段设备的校准提供远场源。由SSDL提供的CubeSat总线在轨道上提供动力、结构支持、指挥和遥测。立方体卫星的开发和操作是作为学生项目进行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
LMRST-Sat: A small, high value-to-cost mission
The Communications, Tracking, and Radar Division at NASA's Jet Propulsion Laboratory (JPL) and the Space and Systems Development Lab (SSDL) at Stanford University are collaborating to fly a nanosat-class mission for costs usually associated with small technology development tasks, a few $100K. The mission hosts a JPL-developed Low Mass Radio Science Transponder (LMRST) on a university-class CubeSat bus as a satellite that occupies a total volume of two liters plus deployable antennas. In low earth orbit, the LMRST payload will provide a far-field source for calibration of Deep Space Network X-Band equipment in the form of an integer turnaround X-Band transponder with support for ranging modulation. The CubeSat bus provided by SSDL supplies power, structural support, and command and telemetry while on orbit. CubeSat development and operations are conducted as a student project.
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