Algorithm is one of focal points in study of microprocessor-based protection.
算法是微机保护的研究重点之一。
The periodic test of the microprocessor-based protection is an important method to find and treat its defects.
对保护设备进行定期检验是发现和处理设备缺陷的重要手段。
Unusual sampling data will cause incorrect action of microprocessor-based protection, which needs some reasonable countermeasures.
采样数据异常可能会导致微机保护的不正确动作，需要采取恰当的应对措施。
The device is a microprocessor-based protection device using 8031 as CPU. The design principle and method of its software and hardware are introduced.
新型装置是以8031为CPU的微机型装置，本文介绍该装置软硬件的设计思想和设计方法。
The thesis takes the research on design for the reliable microprocessor-based protection equipment using the technology of fault-tolerance and fault-avoidance.
论文从装置硬件设计角度出发，采用容错与避错技术对高可靠性的微机保护装置设计进行了研究。
The realization scheme of the visual analysis technique for the microprocessor-based protection operating process and the major functions of the analysis software are dealt with.
介绍了微机保护动作过程可视化分析技术的实现方案和分析软件的主要功能。
This dissertation analyses and compares the microprocessor based protection and measurement algorithms used in power system. And expounds how to realize each protection method by microprocessor.
本论文对电力系统微机保护算法和测控算法进行了详细的分析和比较，对本系统中用到的各种继电保护方法的微机实现作了详细的阐述。
With introduction to the design features, major functions and typical disposition of ISA1 type microprocessor based protection, problems in practical operation are analyzed and summarized.
介绍了ISA1型微机保护的设计特点、主要功能和典型配置，分析和总结了实际运行中的一些问题，特别提出了微机保护应用中遥信量的处理方案。
With introduction to the design features, major functions and typical disposition of ISA1 type microprocessor based protection, problems in practical operation are analyzed and summarized.
介绍了ISA1型微机保护的设计特点、主要功能和典型配置，分析和总结了实际运行中的一些问题，特别提出了微机保护应用中遥信量的处理方案。
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