为实现展宽频带、阻抗匹配等要求，对该移动终端天线进行了优化设计。
The antenna was optimized in order to wide bandwidth and impedance matching.
文章针对多输入多输出（MIMO）系统在移动终端实现上的限制，提出分布式天线系统（DAS）的解决方案来获得空间分集增益。
Due to the limitation of mobile terminal implementation in MIMO systems, Distributed Antenna System (DAS) is proposed to provide space diversity gain.
由于移动终端只能采用一根接收天线的限制，因而同频干扰消除的挑战主要来自于下行链路。
There exists a restriction that the mobile terminal can only adopt one receiving antenna, so the challenge of co-channel interference cancellation is mainly from the downlink.
这套移动终端电磁兼容测试系统最关键的组件就是超宽带检测天线。
The most critical component of the EMC testing system for mobile handsets is the UWB detecting antenna.
通过TD-SCDMA智能天线移动终端接收特性的数值模拟，对智能天线算法进行了分析，并深入分析了智能天线对多径的抑制作用。
Presents an overall link level simulation of mobile terminal receiver structure with smart antenna for TD-SCDMA. Three smart antenna algorithms are simulated and compared.
然而，实际中的许多移动终端，由于受体积、功率等条件限制，不适合安装多根天线。
However, the use of antenna arrays is not practical for deployment in some practical scenarios due to size and power limitations.
但是在实际的使用中，移动终端（如手机等）中的天线性能会受到人手的影响。
The user's hand also decreases the receive SNR by less than 4 dB. The user's hand effect should be considered in antenna design for mobile devices.
但是在实际的使用中，移动终端（如手机等）中的天线性能会受到人手的影响。
The user's hand also decreases the receive SNR by less than 4 dB. The user's hand effect should be considered in antenna design for mobile devices.
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