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Design of flight computer module for IITMSAT

机译:IITMSAT飞行计算机模块的设计

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In this paper, we describe the design and development of Flight Computer module of the nano-satellite of IIT Madras, named IITMSAT. The flight computer module uses a 32 bit ARM microcontroller from Freescale-KL46Z256VLL4 and handles the attitude control, beacon transmission and electrical power management functions. The data from the attitude sensors is used by the control algorithm to calculate the magnetic moment, and in turn the torque required to orient the satellite along the direction of the magnetic field of the Earth. Beacon signal is used to detect the visibility of the satellite by the ground station (GS) and to transmit some important health data of the satellite. Onboard power management is done by turning off the loads carefully to save power, whenever needed. Throughout the design phase, the cost was kept as low as possible, without compromising on the performance of the system.
机译:在本文中,我们描述了IIT Madras纳米卫星IITMSAT的飞行计算机模块的设计和开发。飞行计算机模块使用Freescale-KL46Z256VLL4的32位ARM微控制器,并处理姿态控制,信标传输和电源管理功能。控制算法使用来自姿态传感器的数据来计算磁矩,进而计算出使卫星沿着地球磁场方向定位所需的扭矩。信标信号用于检测地面站(GS)对卫星的能见度并传输卫星的一些重要健康数据。板载电源管理通过在需要时仔细关闭负载以节省功率来完成。在整个设计阶段,成本保持尽可能低,而不会影响系统性能。

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