首页> 外文会议>ESA Symposium on European Rocket and Balloon Programmes and Related Research >TESTING OF RADIO COMMUNICATION SUBSYSTEMS FOR THE NUTS CUBESAT ON A METEOROLOGICAL BALLOON FLIGHT FROM ANDOYA IN 2014
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TESTING OF RADIO COMMUNICATION SUBSYSTEMS FOR THE NUTS CUBESAT ON A METEOROLOGICAL BALLOON FLIGHT FROM ANDOYA IN 2014

机译:2014年从安多亚起飞的气象气球飞行中对方尖碑坚果无线电通信子系统的测试

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In April 2014, the Norwegian University of Science and Technology (NTNU) Test Satellite (NUTS) team carried out a balloon campaign at And0ya, Norway. The purpose was to test the on-board UHF and VHF radio prototypes. In accordance with the project mission goals, this campaign marked the test of the engineering model's communication subsystems. One of the mission requirements was that these systems should be as close to the final flight-model as possible. Parts of the system were built and assembled in advance at NTNU, and the final system integration was carried out at And0ya. A standard PTU probe with a GPS module transmitting the balloon's location in the UHF band was used to track the flight. The probe was mounted below the NUTS payload box. The payload radios was tracked using Yagi antennas based on the received GPS coordinates from the PTU probe. A two-way communication link was established and maintained between the balloon and the ground station. This paper will present the results from the mission as well as lessons learned related to the preparation and execution of balloon campaigns.
机译:2014年4月,挪威科技大学(NTNU)测试卫星(NUTS)小组在挪威And0ya进行了热气球宣传。目的是测试机载UHF和VHF无线电原型。根据项目任务目标,此活动标记了对工程模型的通信子系统的测试。任务要求之一是这些系统应尽可能接近最终飞行模型。该系统的各个部分是在NTNU上预先构建和组装的,最终的系统集成是在And0ya进行的。使用带有GPS模块的标准PTU探头来发射气球在UHF波段中的位置,以跟踪飞行情况。探头安装在NUTS有效载荷箱下方。使用八木天线根据从PTU探测器接收到的GPS坐标跟踪有效载荷无线电。在气球和地面站之间建立并维护了双向通讯链接。本文将介绍任务的结果以及与气球运动的准备和执行有关的经验教训。

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