环境技术
環境技術
배경기술
ENVIRONMENTAL TECHNOLOGY
2015年
4期
25-29
,共5页
医疗康复机器人%电磁兼容%宽带噪声%窄带噪声%电压驱动%电流驱动%单极天线
醫療康複機器人%電磁兼容%寬帶譟聲%窄帶譟聲%電壓驅動%電流驅動%單極天線
의료강복궤기인%전자겸용%관대조성%착대조성%전압구동%전류구동%단겁천선
medical rehabilitation robot%EMC%broadband noise%narrowband noise%voltage-driving%current-driving%monopole antenna
以一个医疗康复机器人为例,从预测试开始,分析其内部噪声发射情况,通过对宽带和窄带电磁噪声的抑制,给出详尽的整改措施以及原理模型,并总结类似产品的EMC问题整改思路。
以一箇醫療康複機器人為例,從預測試開始,分析其內部譟聲髮射情況,通過對寬帶和窄帶電磁譟聲的抑製,給齣詳儘的整改措施以及原理模型,併總結類似產品的EMC問題整改思路。
이일개의료강복궤기인위례,종예측시개시,분석기내부조성발사정황,통과대관대화착대전자조성적억제,급출상진적정개조시이급원리모형,병총결유사산품적EMC문제정개사로。
Taking a medical rehabilitation robot for example, starting from the pre-test, this paper analyzes its internal noise emission situation. Through the broadband and narrowband electromagnetic noise suppression, it gives detailed corrective measures as well as the principles of the model. Finally, it summarizes EMC problem rectification ideas of similar products.