国际中文开源期刊平台

提升单片机抗干扰性能的相关实际应用

Practical application of improving the anti-interference performance of single chip microcomputer

动力系统研究 / 2019,1(2)：58-62 / 2019-12-18 576 626

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• 作者： 龚晓     
• 单位：

  苏州大学，苏州

• 关键词： 单片机;抗干扰设计
• single chip microcomputer, anti-interference design
• 摘要： 随着计算机工业革命的发展，单片机作为工业控制领域广泛应用的工具已不可或缺。而由于动力厂的环境干扰源较多，当干扰作用到单片机本身时，单片机将不能以正常状态执行程序，从而引起混乱。本文从传输线、供电电源等方面入手，简述在实际工作共应加强的抗干扰设计，提高单片机测试系统的抗干扰能力和可靠性。
• with the development of computer industry revolution, single chip microcomputer as a widely used tool in the field of industrial control is indispensable. Because there are many interference sources in the power plant, when the interference acts on the single chip microcomputer itself, the single chip microcomputer will not be able to execute the program in the normal state, thus causing confusion. Starting from the transmission line, power supply and other aspects, this paper describes the anti-interference design that should be strengthened in practical work, so as to improve the anti-interference ability and reliability of the single-chip microcomputer test system.
• DOI： https://doi.org/10.35534/sds.0102008c
• 引用： 龚晓．提升单片机抗干扰性能的相关实际应用［J］．动力系统研究，2019，1（2）：58-62．