在RTAI-Linux平台上开发了继电器试验台和任意波形发生器

P. P. Hazarika, K. Shubhanga
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引用次数: 4

摘要

本文介绍了在Linux环境下,利用开源实时应用接口(RTAI)开发基于pc机的继电器试验台和任意波形发生器。这样的设置不仅允许产生任意波形:稳态信号和瞬态信号,而且简化了各种单相或三相静态继电器的测试,如过压继电器,定向功率继电器,负序继电器以及数值阻抗继电器。驱动信号被馈送到被测继电器,使用一个由PCI卡和一个内置的数模转换器和一个用于检测继电器状态的反馈电路组成的装置。使用任何离线仿真包,以数据文件的形式获得所需波形的采样数据点。RTAI-Linux程序实时生成该波形,该波形直接馈送到被测继电器。本文提出的继电器试验台是一个具有成本效益的装置,用于实验室测试和了解继电器系统的行为和特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a relay test bench and an arbitrary waveform generator in RTAI-Linux platform
This paper presents the development of a PC-based relay test bench and an arbitrary waveform generator using an open-source Real-Time Application Interface (RTAI) in Linux environment. Such a setup not only permits the generation of any arbitrary waveforms: steady-state signals as well as transients, but also simplifies the testing of various single-phase or three-phase static relays such as over-voltage relay, directional power relay, negative sequence relay as well as numerical impedance relays. The actuating signal is fed to the relay under test using a set-up that consists of a PCI card with a built-in Digital to Analog Converter and a feedback circuit for detecting the status of the relay. Using any off-line simulation package, sampled data points of a desired waveform are obtained in the form of a data-file. The RTAI-Linux program generates this waveform in real-time which is directly fed to the relay under test. The relay test bench presented in this paper is a cost-effective set-up for laboratories to test and understand the behavior and characteristics of relaying systems.
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