然后，本文在第四章对磁势自平衡回馈补偿式直流传感器进行了可靠性分析。
Then, in chapter 4 of this thesis, the reliability analysis on the DC sensor based on magnetic potential self-balance and feedback compensation is processed.
在磁势自平衡回馈补偿式直流传感器中，检测补偿回路对系统的精度有很大影响。
The detection circuit has a major influence on the accuracy and sensitivity of DC sensor based on magnetic potential self-balance and feedback compensation.
基于可靠性模型对该直流传感器进行了可靠性分析，并提出了改进系统可靠性的措施。
The reliability analysis of DC sensor based on its reliability model is processed, and the methods used to improve the system reliability are presented.
接着，本文在第四章对磁势自平衡回馈补偿式直流传感器稳定性和暂态性能进行了分析。
Then, in the chapter 4, the system stability and transient state performance analysis are discussed.
为了能够对DCCT的性能进行检测和校准，设计研制了高精度直流传感器DCCT标准测试系统。
High Precision Standard Testing System for DCCT is designed and developed in order to detect and adjust the capability of DCCT.
通过对铁芯的磁化过程、剩磁特性及线圈的激磁状态研究，分析了半波磁势自平衡直流传感器的电流波形。
By researching the magnetization process and remanence characteristic of the core, the magnetic exciting status of winding the current wave of the system during the half cycle is analyzed.
磁势自平衡回馈补偿式直流传感器是在传统直流互感器、双向磁放大器基本原理的基础上设计出的一种新型的直流大电流传感器。
The DC sensor based on magnetic potential self-balance and feed-back compensation is brought forward based on the research of basic principles about traditional DC transformer and magnetic magnifier.
对比分析以上的计算结果和测试结果，可以得出结论：利用有限元法进行磁屏蔽效能计算，对直流传感器的磁屏蔽效能估算具有一定的指导意义。
The conclusion is that FEM can estimate the DC sensor magnetic shielding effectiveness of the DC sensor after comparing the tested result with that calculated.
介绍了一种新型的磁多谐振荡式直流小电流传感器在雷电流测量中应用。
A new weak DC sensor which is used in measurement of lightning current is introduced.
文章概述了直流互感器在机车上应用所存在的问题及霍尔电流传感器的优越性能；
While DC current transformer is questionable in locomotive application, the Hall-generator current sensor, on the other hand, appears to be advanced in performance.
介绍了一种基于直流电流传感器检测和单片机控制的新型直流检测式选择性漏电保护系统，重点阐述了系统应用软件的设计。
This paper introduces a new kind of DC examination and selective leakage protection system based on DC Current Sensor examination and single chip computer control.
连接于极线的输电设备主要有平波电抗器、滤波电容器、直流电压分压器、光学电流传感器、直流避雷器等。
The equipment which connected in the DC bus includes smoothing reactors, capacitors, voltage dividers, optical current transducers and arresters.
连接于极线的输电设备主要有平波电抗器、滤波电容器、直流电压分压器、光学电流传感器、直流避雷器等。
The equipment which connected in the DC bus includes smoothing reactors, capacitors, voltage dividers, optical current transducers and arresters.
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