医院电磁干扰环境初步调查

P. Boisvert, B. Segal, T. Pavlasek, S. Rétfalvi, A. Sebe, P. Caron
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引用次数: 21

摘要

利用自由空间传播模型预测电场水平,然后在蒙特利尔市中心的三家主要医院进行测量。测量采用工业标准技术和新型宽带、全向、三轴、电小(BOTES)技术进行。虽然预测的绝对值通常是不可靠的,但它们可以接受地预测在不同医院观察到的电磁环境类型。两组测量结果密切相关,表明未来将继续发展低成本的BOTES测量技术。所遇到的所有领域均未超过美国食品和药物管理局(FDA)医疗器械敏感性标准规定的限制。调查结果的相关性和先前调查房间设备故障的报告表明,FDA的标准应该是强制性的,而不是自愿的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preliminary survey of the electromagnetic interference environment in hospitals
Electric field levels were predicted using a free-space propagation model, and then measured in three major hospitals in downtown Montreal. The measurements were performed using industry-standard techniques and novel broadband, omnidirectional, triaxial, electrically small (BOTES) techniques. Although the absolute values of predictions were often unreliable, they acceptably predicted the type of electromagnetic environment observed at different hospitals. Results from both sets of measurements were closely related, suggesting continued future development of lower-cost BOTES measurement techniques. None of the fields encountered were above the limit prescribed by the Food and Drug Administration (FDA) susceptibility standard for medical devices. Correlations of survey results and of previous reports of device malfunctions in the rooms surveyed suggest that the FDA standard should be mandatory rather than voluntary.<>
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