适用于多星并行测试的测控地面测试平台设计

Design of TT C Ground Test Platform for Multi-Satellite Concurrent Testing

摘要:

随着小卫星大规模组网应用的不断增多,传统单颗卫星测控地面测试系统已不能满足批量化、并行测试的需求。提出了一种适用于多星并行测试的通用测控地面测试平台的设计方法,设计并给出了适用于典型三颗卫星并行测试的系统方案以及实施过程。该平台设计在原有地面测试平台中增加多星并行测试配置项,测试人员只需根据需要选择相应的卫星进行测试。该平台功能更加完善、通用性更好,已成功应用于某卫星星座的并行测试,大大节省了人力、缩短了星座卫星测试时间,收到了良好的效果。

Abstract:

With the increasing use of Micro-satellite large-scale networking applications, traditional single-satellite measurement and TT C ground test systems have been unable to satisfy the requirements for batch and concurrent testing. This paper proposes a design method for a universal measurement and TT C ground test platform that is suitable for multi-satellite concurrent testing. It also designs and presents a system solution and implementation process for three typical satellites concurrent test. The platform is designed to add configuration items of multi-satellite concurrent test to the original ground test platform. Testers only need to select the appropriate satellite for testing. The platform is more functional and more versatile. It has been successfully applied to the concurrent testing of a satellite constellation, which has greatly saved manpower and shortened the constellation satellite test time, and has received good results.