植入式医疗器械中场无线电力传输研究

K. Keerthi, Ilango Karuppasamy, G. Manjula
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引用次数: 15

摘要

中场无线电力传输(MF-WPT)是一种以GHz频率经皮将电力传输到人体深处的微型植入物的方案。有了深层植入物,可应用的可能位置增加到几乎整个身体。但是,这种适用性的优势受到严重限制,因为MF-WPT传递给微植入物的功率非常低,在几个100W的范围内。然而,与传统的近场系统相比,小型化弱耦合线圈植入物具有更高的中场操作效率。因此,随着某些方面的改进,MF-WPT有望在生物医学领域发挥重要作用。出于同样的原因,本文着重分析了MF-WPT在医学领域的各个方面的文献,它的挑战,缺点和未来的范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Midfield Wireless Power Transfer for Implantable Medical Devices
Mid-field wireless power transfer (MF-WPT) is a scheme developed for transcutaneous power transfer to microimplants kept deep inside the body in GHz frequency.With deep seated implants, the possible locations available for application increases to almost the entire body. But, this advantage of applicability is severely limited as the power delivered to the micro implants by MF-WPT is very low -in the range of few 100W. Yet, the mid-field operations have higher efficiency in miniaturized weakly coupled coil implants compared to traditional near-field system. So, with improvement in certain aspects, MF-WPT is expected to play a vital role in biomedical field. For the same reason this paper focuses on analyses of literature available in various aspects of MF-WPT, its challenges, drawbacks and future scope of the scheme in medical field.
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