FIS集成了基于单片机的MCB

Soumyadeep Samonto, Sagarika Pal, Subrata Banerjee
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引用次数: 2

摘要

自一九一〇年起,机电微型断路器(MCB)已纳入“轻型断路器保护计划”,以防止短路故障。目前,人们在智能断路器方面进行了大量的探索,如人工智能真空断路器、SF6、低压直流断路器等。上述断路器是基于单端口和单负载的。本文讨论了一种具有多端口可用性的智能MCB。在MATLAB环境下开发了基于MCB的模糊推理系统。这里开发的硬件是一个属于ATMEL家族的微控制器。通过在MATLAB环境下编写一个脚本文件,并引入单片机,实现了对单片机输出引脚输出进行验证的单镜头示波器。对于以连续形式记录相对于时间的输出的替代方法,也通过引入微控制器考虑了另一个范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FIS incorporated microcontroller based MCB
Electro Mechanical Miniature Circuit Breaker (MCB) has been introduced under LT Protection Scheme since 1910 for protection against short circuit faults. In the present days a good number of areas have been explored on intelligent circuit breakers like AI incorporated Vacuum Circuit Breaker, SF6, and LV DC Breaker and so on. The aforesaid breakers are single port based and for a single load. In this paper discussion has been drawn about an Intelligent MCB with multiple ports availability. The Fuzzy Inference System based MCB has been developed under MATLAB environment. Hardware developed here is a Microcontroller belongs to ATMEL family. By developing one script file under MATLAB Environment and by introducing Microcontroller a single shot scope has been implemented for validating the outputs obtained from the output pins of the concerned microcontroller. For an alternate way to record outputs with respect to time in continuous form another scope has also been taken into account by introducing Microcontroller as well.
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