EMC evaluation and analysis of UPS

S. Chand, K. Chawla
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引用次数: 4

Abstract

Computing devices are finding increasing importance day by day. Erratic power supplies pose a serious threat to the reliability and durability of data. The person working on system needs protection of data and UPS thus becomes a necessity. UPS stores energy into batteries and converts back the stored DC into an AC supply. Switching techniques are used to convert DC into AC. Switching of current generates electromagnetic emission which effects the nearby products. The emission generated from UPS may be of conducted type/radiated type or both. Advanced technologies of UPS are also sensitive and hence call for high immunity from electromagnetic noises. Since the computer supply is taken from UPS, hence the UPS shall be immune to power noises/disturbances and shall not generate such noises as well. EMI/EMC evaluation of UPS thus becomes very essential to ensure that the system works satisfactorily in the intended environment. The paper discusses various available specification for EMC evaluation of UPS and analyzes the working environment of UPS. It also highlights probable EMI sources and suppression and immunity improvement techniques for compliance of UPS to national and international norms.
UPS的EMC评估与分析
计算设备的重要性与日俱增。不稳定的电源对数据的可靠性和持久性构成严重威胁。在系统上工作的人需要保护数据,UPS因此成为必要。UPS将能量存储到电池中,并将存储的直流电转换回交流电。开关技术用于将直流电转换成交流电。电流的开关产生电磁发射,影响附近的产品。UPS产生的发射可以是传导型/辐射型或两者兼而有之。先进的UPS技术也很敏感,因此要求对电磁噪声有很高的抗扰度。由于计算机电源取自UPS,因此UPS应不受电源噪声/干扰的影响,也不应产生此类噪声。因此,UPS的EMI/EMC评估对于确保系统在预期环境中令人满意地工作变得非常重要。讨论了现有的各种UPS电磁兼容评定规范,分析了UPS的工作环境。它还强调了可能的电磁干扰来源和抑制和免疫改进技术,以使UPS符合国家和国际规范。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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