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MISAT:Designing a Series of Powerful Small Satellites Based upon Micro Systems Technology

机译:MISAT:基于微系统技术设计一系列功能强大的小型卫星

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摘要

MISAT is a research and development cluster which will create a small satellite platform based on Micro Systems Technology (MST) aiming at innovative space as well as terrestrial applications. MISAT is part of the Dutch MicroNed program which has established a microsystems infrastructure to fully exploit the MST knowledge chain involving public and industrial partners alike. The cluster covers MST-related developments for the spacecraft bus and payload, as well as the satellite architecture. Particular emphasis is given to distributed systems in space to fully exploit the potential of miniaturization for future mission concepts. Examples of current developments are wireless sensor and actuator networks with plug and play characteristics, autonomous digital Sun sensors, re-configurable radio front ends with minimum power consumption, or micro-machined electrostatic accelerometer and gradiometer system for scientific research in fundamental physics as well as geophysics. As a result of MISAT, a first nano-satellite will be launched in 2007 to demonstrate the next generation of Sun sensors, power subsystems and satellite architecture technology. Rapid access to in-orbit technology demonstration and verification will be provided by a series of small satellites. This will include a formation flying mission, which will increasingly rely on MISAT technology to improve functionality and reduce size, mass and power for advanced technology demonstration and novel scientific applications.
机译:MISAT是一个研究与开发集群,它将创建一个基于微系统技术(MST)的小型卫星平台,旨在创新空间以及地面应用。 MISAT是荷兰MicroNed计划的一部分,该计划已经建立了微系统基础结构,以充分利用MST知识链,涉及公共和工业合作伙伴。该集群涵盖与MST有关的航天器总线和有效载荷以及卫星架构的开发。特别强调太空中的分布式系统,以充分利用小型化潜力,以应对未来的任务概念。当前发展的例子是具有即插即用特性的无线传感器和执行器网络,自主数字太阳传感器,具有最低功耗的可重新配置无线电前端,或用于基础物理学科学研究的微机械静电加速度计和梯度计系统,以及地球物理学。由于MISAT,2007年将发射第一颗纳米卫星,以展示下一代太阳传感器,电源子系统和卫星架构技术。一系列小型卫星将提供对在轨技术演示和验证的快速访问。这将包括编队飞行任务,它将越来越依赖MISAT技术来改善功能,并减少尺寸,质量和功率,以进行先进的技术演示和新颖的科学应用。

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