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A multiantenna approach to maximize wireless power transfered to implantable devices

机译:一种多天线方法,可最大程度地将无线功率传输到可植入设备

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Power delivery from an external source to implanted devices through wireless links is hindered by SAR regulations, which limit the amount of power radiated by an external source that reaches an implant. In order to increase the power delivered to the implant, we studied a solution with two transmitters and compared results with the common single transmitter link. HFSS and COMSOL have been used to show that a power increase of around 40% inside a human head model was achieved while respecting SAR limits and keeping tissue temperature under control, stabilizing at around 37.4 °C.
机译:SAR法规阻碍了通过无线链路从外部源向植入设备的功率传输,这限制了到达植入物的外部源辐射的功率量。为了增加传递给植入物的功率,我们研究了具有两个发射器的解决方案,并将结果与​​常见的单个发射器链路进行了比较。 HFSS和COMSOL已用于显示,在遵守SAR限制并保持组织温度受控的同时,将人体头部模型内的功率增加了约40%,稳定在37.4°C左右。

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