The UUT model was proposed based on the thought of integrating test and diagnosis.
提出了基于测试与诊断相结合思想的UUT模型；
Switch system is the center of automatic testing platform, by which signal can be switched to the port of UUT and the apparatus.
开关系统是整个自动测试平台的中心，能够将各类信号自动切换到被测对象的输入端口和相应的测试仪器。
Then, the signal-oriented UUT test requirements are matched through getting the logical resource and signal capability information of instrument.
在此基础上，通过获取仪器资源的逻辑资源及相应的信号能力信息来匹配面向信号的UUT测试需求，实现了对仪器资源的自动配置。
The basic characteristics and software architecture of the TPS design platform are discussed, and functions of the control Models related with ATS and UUT are introduced.
讨论了测试程序软件设计平台的基本功能、组成和软件结构，并介绍了与测试系统和UUT有关的各控制模型或数据库的功能。
The relation model of failure modes and characters of the unit under test (UUT) is created. The general adequacy criterion for the sample set is proposed according to the relation model.
建立了故障模式与被测单元(UUT)特性之间的关系模型，根据关系模型建立了样本集的通用充分性准则。
Circuit Breakers are supplied to protect the 115 VAC Inputs (2 each) as well as the Variable Amplitude Low Voltage Powers used by the Indicator Under Test (UUT) for Power, Reference or Lighting.
断路器被提供用于保护115VAC输入(各有2个)，以及保护被测指示器(UUT)所用于电源，基准或照明的可变振幅低压电源。
Circuit Breakers are supplied to protect the 115 VAC Inputs (2 each) as well as the Variable Amplitude Low Voltage Powers used by the Indicator Under Test (UUT) for Power, Reference or Lighting.
断路器被提供用于保护115VAC输入(各有2个)，以及保护被测指示器(UUT)所用于电源，基准或照明的可变振幅低压电源。
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