不同线圈结构无线能量传输系统在无线胶囊内窥镜中的应用研究

D. Sravya, P. B. Bobba, M. Rani
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引用次数: 1

摘要

生物医学植入系统是一种低功耗高频操作系统,本文作者提出了无线能量传输的无线胶囊内窥镜植入系统,我们通常使用电池。这里使用的PTC配置是一个基本的螺线管/组合亥姆霍兹线圈,这里使用的PRC是3D PRC,它使胶囊的不同方向贯穿小肠。PTE约为0.02-3.5%的范围,并且在最坏的错位位置,它被观察到在246 KHz频率下工作为1.088%。混合谐振方案允许向负载提供更多的功率,同时确保线圈周围的合理均匀磁场强度。
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Investigation of Wireless Power Transfer System with Different Coil Structures used in Wireless Capsule Endoscope
Biomedical Implant Systems are low power high frequency operated systems, particularly in this paper authors proposes the Wireless Capsule Endoscopic Implant with Wireless Power Transfer where we generally use batteries. The PTC Configuration used here is a basic solenoid/combined Helmholtz coil and PRC used here is 3D PRC which enables the different Orientations of Capsule all through the Small Intestine. The PTE is about 0.02-3.5% range and that too in the worst misaligned position it was observed as 1.088% operating at 246 KHz frequency. Mixed Resonance Scheme allows delivering more Power to the Load, also ensuring the Reasonable Uniform Magnetic Field Intensity around the coils.
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