110系列微机线路保护装置改造方案的研究。
Secondly, the research of the reformation plan of WXH-110 series microcomputer circuit protection units.
本文简略分析与探讨了馈电线路微机保护模块的基本构成、动作方式及应用前景。
This article briefly analyzes and discusses the feeding circuit's computer protection module's basic structure, motion manner and application prospect.
介绍了一种基于数字信号处理器(dsp)的新型高压输电线路微机保护装置。
An advanced protection based on digital signal processor (DSP) for HV Power transmission line is introduced.
本文介绍用于超高压线路微机成套保护装置的专门电源。
This paper Presents a switching power supply unit specially designed for microprocessor based ultra-high-voltage transmission line Protection systems.
本文简略分析与探讨了馈电线路微机保护模块的基本构成、动作方式及应用前景。
This article briefly analyzes and discusses the feeding circuit's computer protection module's basic st...
通过对线路保护中启动元件的分析，提出了对现有微机保护的改进意见。
In this paper, the pickup units of transmission line relaying are analysed, the improving scheme of micro processor - based protection is put forward.
本文研究了基于双80296SA平台的中低压线路微机测控保护装置的开发，包括保护原理的探讨、装置硬件系统的设计、制作、调试和软件系统的开发。
This thesis mainly discusses the research on the development of microcomputer measuring and protection device for Mid&Low-voltage transmission line based on double 80296SA platform.
本文在对高压线路微机保护现状分析的基础上，设计了一套基于嵌入式系统的微机保护装置。
Based on the analysis for microcomputer protection of high voltage line, the dissertation designs an adaptive microcomputer protection of high voltage line which is based on embedded systems.
本课题仿真计算的保护算法用于实现高压线路微机距离保护的反时限。
The algorithms of microprocessor distance protection emulated and calculated in this paper are used to realize the inverse time characteristic of microprocessor distance protection.
实验结果说明本课题设计的低压配电线路微机保护及测控装置达到了给定的技术指标，已经完成研制开发一种全新的低压配电线路微机保护及测控装置的任务。
Experiment result shows that the designed device has achieved anticipative target. And the development of a new, advanced low voltage distributed power line protection device is well completed.
实验结果说明本课题设计的低压配电线路微机保护及测控装置达到了给定的技术指标，已经完成研制开发一种全新的低压配电线路微机保护及测控装置的任务。
Experiment result shows that the designed device has achieved anticipative target. And the development of a new, advanced low voltage distributed power line protection device is well completed.
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