摘要:性能优越的电源系统是保证高性能仪表平台正常运行的重要保障之一,本文所针对的平台运行所需能量全部依赖太阳能电池板产生和电池存储,电源管理系统状态的稳定与高效直接关系到仪表平台的稳定运行。因此,电源管理系统的稳定性将是平台设计时一个重要的优化目标,而电源管理系统的测试也是电源管理系统研发过程中必不可少的环节。本文针对电源管理系统测试中的实际应用,采用Labview平台,基于SQL Server设计并开发一套能在电源管理系统的设计和开发阶段对其充电进行均衡控制并对相关性进行自动化测试的监控系统;并介绍了电源管理系统自动测试平台的硬件组成和软件整体框架,此外还详细阐述了软件的主要功能,包括数据的采集、存储、回放和文护等关键技术的实现方法。29165
毕业论文关键词:Labview; 电源管理系统自动测试平台;自动化测试;网络化测试;SQL Server
Research on power supply test system based on Labview
Abstract:Performance advantages of power system is to ensure that one of the important guarantee for the normal operation of the high performance instrumentation platform, the platform is running required energy entirely dependent on solar panels and battery storage, power management state of the system is stable and efficient direct relationship to instrument platform stable operation. Therefore, the stability of the power management system will be design platform is an important optimization target, and power management system test is the power supply management system development process the essential link. This paper in the test of the power management system for the practical application, based on LabVIEW platform, SQL Server Design and development of a set of energy in power management system design and development stages of the charge balance control and the correlation test automation monitoring system, and introduces the power management system based on the automated test platform of hardware and software framework. In addition, it also elaborates on the main functions of the software, including data acquisition, storage, playback, and maintenance of key technology realization method.
Keywords: Labview; power management system automatic test platform; automated testing; network test; Server SQL
目录
摘要: 2
1 引言 4
1.1 ATS发展概括和国内外研究现状 5
1.1.1 自动测试系统的概念 5
1.1.2 ATS的发展历程 5
1.2 网络化测试工程概述 7
1.2.1网络化测试的定义 7
1.2.2 测试中网络的功能和网络化测试的特点 7
1.2.3 测试网络化的意义 8
1.3 本文的研究内容及结构安排 8
2 自动化测试系统相关技术分析 8
2.1 Labview在自动化测试中的应用 8
2.2 Datasocket技术 10
2.3 WEB远程前面板技术 11
3 电源管理系统测试方案设计 12
3.1 测试系统需求分析 12
4 电源管理系统测试硬件结构及功能 13
4.1 测试系统硬件结构 13
4.2 系统硬件功能 14
4.2.1太阳阵E4360 14
4.2.2 PXI模块 16
4.2.3负载模拟器 17
4.2.4 MIL-STD-1553 18
5 电源管理系统测试软件设计 20 基于Labview的电源测试系统研究+队列并行结构图:http://www.youerw.com/zidonghua/lunwen_24288.html