首页> 外文会议>Proceedings of the 2016 IEEE International Conference on Wireless Communications, Signal Processing and Networking >Design considerations to calculate SAR in multiband MIMO antenna for mobile handsets
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Design considerations to calculate SAR in multiband MIMO antenna for mobile handsets

机译:设计用于手机的多频带MIMO天线中的SAR的设计注意事项

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MIMO is now widely deployed in mobile devices, but existing exposure guidelines still focus on methodology for single antenna evaluation. MIMO enabled devices are required to comply with standards or internationally recognized guidelines for limiting human exposure to RF fields. Printed MIMO antennas capable of multiband operation which covers GSM 1800/1900, UMTS, WLAN, and several LTE frequency bands designed using CST studio. The flat phantom is used for testing the radiation absorption when the user places the mobile device close to the body, which is referred to as the “Body-worn mode”. The head and hand phantoms are used in the case where a user performs a voice call with the phone, which is referred to as the “Talking Mode”. SAR values calculated in these two modes, Stand-Alone SAR and MIMO SAR methods. Obtain SAR results are below the limit (1.6W/Kg).
机译:MIMO现在已广泛部署在移动设备中,但是现有的暴露准则仍然侧重于单天线评估的方法。启用MIMO的设备必须符合标准或国际公认的准则,以限制人类暴露于RF领域。能够进行多频带操作的印刷MIMO天线,覆盖GSM 1800/1900,UMTS,WLAN和使用CST studio设计的多个LTE频带。当用户将移动设备靠近身体放置时,扁平体模用于测试辐射吸收,这被称为“身体穿戴模式”。头部和手部幻像用于用户使用电话进行语音通话的情况,这称为“通话模式”。 SAR值以两种模式计算,即独立SAR和MIMO SAR方法。获得的SAR结果低于限制(1.6W / Kg)。

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