首页> 外文期刊>Interference Technology: EMC Directory & Design Guide >Analysis of a novel EMI shielding technology - Thin, flexible and lightweight, this shielding material made from sintered steel fibers can be used in harsh environments where most EMI shielding materials lose their shielding properties
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Analysis of a novel EMI shielding technology - Thin, flexible and lightweight, this shielding material made from sintered steel fibers can be used in harsh environments where most EMI shielding materials lose their shielding properties

机译:分析一种新颖的EMI屏蔽技术-薄,柔软,轻巧的这种由烧结钢纤维制成的屏蔽材料可用于恶劣的环境中,在该环境中大多数EMI屏蔽材料都失去了屏蔽性能

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摘要

ENGINEERS HAVE AN abundance of options when it comes to controlling and reducing electromagnetic interference in devices. Rather than apply EMI reduction techniques during the initial design stages of a project, engineers often add suppression devices to a prototype design to bring the emission and immunity performance in compliance with the EMC requirements. Passive devices like ferrite cores, absorbing materials, and shielding materials are used to enhance the EMI performance of a product.
机译:工程师在控制和减少设备中的电磁干扰方面有很多选择。工程师不是在项目的初始设计阶段就应用EMI降低技术,而是经常在原型设计中添加抑制设备,以使发射和抗扰性能符合EMC要求。铁氧体磁芯,吸收材料和屏蔽材料等无源器件可用于增强产品的EMI性能。

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