Ground fault circuit interrupters are required whenever moisture may contact electrical equipment or the user.
只要湿气可能接触到电器设备或使用者，则都应配备接地故障断路器。
The analysis procedure of the fault circuit selection is developed and a fault circuit selection device is designed.
根据提出的方法开发了故障选线分析软件，设计了故障选线装置。
By comparing the average transient power supply currents, we could distinguish a fault circuit from a fault free circuit.
通过比较两者平均动态电流的大小，我们能够区分出故障电路和无故障电路。
The generator also includes 125-volt 14A ground fault circuit interrupter receptacles and is backed by a 1-year limited warranty.
发电机还包括125伏14A条接地故障电路灭弧贮和支持的为期1年的有限质保。
There is an electrical preventive maintenance task assigned to the Ground Fault Circuit Interrupter, that requires periodic testing of the unit.
应指定接地故障断路器的电气预防维护任务，此项任务要求对装置进行定期测试。
Such items known to be counterfeited include control relays, circuit breakers, receptacles, ground fault circuit interrupters and other electrical products.
我们已知的假冒产品包括控制继电器，断路器，插座，漏电断路器和其他电器产品。
This paper presents an adaptive fault circuit selection method based on the principle that the difference of transient energy of normal circuits and that of fault circuit is.
提出一种基于暂态能量的故障选线自适应方法，利用所有健全线路暂态能量与故障线路暂态能量之差为最小值的原理，构成故障选线算法。
In this method the transient fault signals are analyzed with wavelets transform to obtain the transient fault information, and the fault circuit is selected by the synthetic phase comparison method.
该方法利用小波变换分析所采集的故障暂态信号，提取用于选线的暂态信息，并采用综合相位比较法确定故障线路。
The unit includes remote error sensing and numerous fault protection features, including continuous short circuit protection (with automatic recovery), output.
每一转换器都具有误差遥测特性和各种故障保护特性，包括连续的短路保护(自动恢复)输出特性。
A new method of multifrequency fault diagnosis for analog circuit is presented in this paper.
本文提出了模拟电路多频故障诊断的一种新方法。
A fail-safe backup system ensures reliable operation, even if a fault develops in the main circuit.
一个自动防故障装置的后备系统确保了可靠的运转，即时在主要电路产生了故障。
Simulation confessed: the method has high location precision and fast decomposition rapid, which can be applied to diagnose large-scale analog circuit fault.
仿真试验表明该方法故障定位精确度高、撕裂迅速，有利于大规模模拟电路故障诊断过程自动化的实现。
This paper presents a new approach of fault diagnosis for tolerance analog circuit, and especially expounds the soft fault diagnosis in tolerance analog circuit.
本文提出了专家系统和模糊理论应用到神经网络的容差模拟电路故障诊断方法，尤其对容差电路的软故障诊断做了重点阐述。
The paper researched technique for analogue circuit testing nodes choose in fault diagnosis field, and gave a example by practical circuit topological structure & concrete calculative data.
对就模拟电路在进行故障诊断过程中选取测试点的一般性原则进行了探讨性的研究，并以一个实际的电路拓扑结构及具体的计算数据进行了实例说明。
The article discusses problem of solving the soft fault diagnosis by artificial intelligence according to the invariable general characterization of the component in the circuit.
深入探讨并初步解决了根据元件软故障的统一特性，采用人工智能方法实现软故障的模式识别诊断的问题。
Can reliably determine, within the community and bounds detection ma level and zero-sequence current phase short circuit fault current, automatic removal of single-phase ground fault and phase fault.
能可靠判断、检测界内与界外毫安级零序电流及相间短路故障电流，实现自动切除单相接地故障和相间短路故障。
A fault diagnosis method of analog circuit is presented.
本文提出一种模拟电路故障诊断法。
An equivalent two source phase domain method for calculating interline fault in the double circuit line is presented.
基于二端口网络理论，采用等值双端电源相分量法进行跨线短路故障计算。
The function of the VI system based on GPIB in Test Bench of Receiver is fault diagnosis in analog circuit.
在接收机测试台中，采用GPIB接口的虚拟仪器系统，主要实现的功能是对模拟电路进行故障诊断。
In this paper, an efficient method of the analog circuit fault diagnosis is presented.
本文提出了一种模拟电路故障诊断的有效方法。
A probability model of circuit fault propagation has been proposed based on CA.
提出了一种基于元胞自动机的电路故障传播概率模型。
A new method to obtain the best testable parameter set for fault diagnosis of analog circuit is presented.
介绍了一种提取电路最佳可测性参数集以诊断电路故障的新方法。
Based on the idea of system recognition, a new approach for analog circuit fault diagnosis is developed in this paper.
本文基于系统辨识的思想，对模拟电路故障诊断提出了一种新的方法。
A novel method for fault diagnosis in nonlinear analog circuit is developed.
提出了一种非线性模拟电路故障诊断新方法。
The author depicts the necessity of adopting ternary logic in fault detection, with detailed introduction of the structure and operation principle for ternary logic fault detection circuit.
闸明了应用三值逻辑进行故障检测的必要性，较详细地介绍了三值逻辑故障检测电路的结构和工作原理。
To ensure the validity and reliability of reversible circuit, fault detection is necessary.
确保可逆电路的正确性与可靠性，电路错误检测是必不可少的。
To ensure the validity and reliability of reversible circuit, fault detection is necessary.
确保可逆电路的正确性与可靠性，电路错误检测是必不可少的。
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