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A low-profile antenna solution for mobile phones with GSM, UMTS and WLAN operation

机译:适用于具有GSM,UMTS和WLAN操作功能的手机的低调天线解决方案

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摘要

A novel low-profile antenna solution for mobile communication devices consisting of a first antenna for EGSM and DCS, a second dual-band antenna for the Tx and Rx bands of UMTS and a third antenna for standards operating in the ISM 2.4 GHz and 5 GHz frequency bands (WLAN and Bluetooth) is presented in this paper. Our antenna concept is based on a dual-layer approach. The /spl lambda//4 resonances of the radiators on top and bottom layer are used to form a dual-band resonator antenna. The main advantage of the proposed structure is the very low profile of the antenna with no additional height above the substrate. This might be an issue for other multi-band antennas based on a folded planar inverted-F antenna (PIFA). In the future devices for mobile communication become even smaller than today. A minimal height (flatness) of these products is a design criteria. Our printed antenna arrangement is an ideal candidate for those applications. The performance of the antenna test board has been simulated using commercial FDTD/FEM software tools. These simulation results have been validated with measurements on a fabricated prototypes.
机译:一种新颖的用于移动通信设备的薄型天线解决方案,包括用于EGSM和DCS的第一根天线,用于UMTS的Tx和Rx频带的第二双带天线以及用于ISM 2.4 GHz和5 GHz的标准的第三根天线本文介绍了两个频段(WLAN和蓝牙)。我们的天线概念基于双层方法。顶层和底层辐射器的/ spl lambda // 4共振用于形成双频共振器天线。所提出的结构的主要优点是天线的非常低的轮廓,并且在衬底上方没有附加的高度。对于基于折叠式平面倒F天线(PIFA)的其他多频段天线,这可能是个问题。将来,用于移动通信的设备将变得比今天更小。这些产品的最小高度(平面度)是设计准则。我们的印刷天线布置是这些应用的理想选择。天线测试板的性能已使用商用FDTD / FEM软件工具进行了仿真。这些仿真结果已通过对预制原型的测量得到验证。

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