高增益天线

全向高增益天线

All-Round High Gain Antenna

同轴高增益天线的矩量法分析

Moment Method Analysis of Coaxial - Cable Higt Gain Antenna

三重奏曲三个人演奏（或演唱）的乐曲三层重叠高增益天线

A composition for three performers . triple sleeve antenna

一层一层，如折叠过的布料或纸板的三层重叠高增益天线

A layer , as of doubled-over cloth or of paperboard . triple sleeve antenna

三层重叠高增益天线漏电压增高了三倍。

Triple sleeve antenna The drain voltage has been increased by a factor of four .

侦收用宽带高增益天线及天线场的小型化

An investigation into a wide band and high gain receiving antenna system and the minimization of an antenna site

研究结论对平面、高增益天线的设计具有很好的参考价值。

The research presented in this paper has a good reference value for the design of planar high gain antennas .

同时，反射面天线是个特性很好的高增益天线，所以，反射面天线在远距离的信息传输中也有着广泛的应用。

At the same time , since it is a kind of high-gain antennas reflector antenna is also applied widely in long-distance communication fields .

本文利用矩量法分析了垂直同轴高增益天线的电流分布、辐射特性及增益。

In this paper , the current distribution , radiation character and gain of the high gain coaxal-cable vertical antenna are analyzed by means of moment method .

为提高通信距离，设计了外接PA.LNA.高增益天线的远距离通信电路模块。

In order to improve the communication distance , this thesis has designed the long distance communication circuit module by using the external PA , LNA , high power gain antenna .

介绍了移动通信中天线的新技术，阐述了全向高增益天线、多频段天线、极化分集天线和智能天线的实现技术以及在移动通信中的应用

The new antenna techniques for mobile communication are described in this paper Several novel antennas such as omnidirectional antennas with high gain , multiband antennas , multibeam antennas , polarization diversity antennas , and smart antennas are presented

X波段宽频带高增益微带天线阵设计

Design on X-band Wideband and High-gain Microstrip Antenna

采用介质PBG盖板Fabry-Perot谐振器的宽频带高增益印刷天线

Broadband and high-gain printed antennas constructed from Fabry-Perot cavity with dielectric PBG covers

基于F-P谐振腔理论对加载覆层的高增益阵列天线进行了研究。

Based on the theory of F-P resonator , high directivity antenna arrays with superstate are studied .

长距离无线mesh网络是一种新型无线接入网络，它采用大功率802.11无线网卡和高增益定向天线以实现长距离（几公里到几百公里）链路。

Long-distance wireless mesh network is a new type of wireless access networks , which adopts the off-the-shelf IEEE 802.11 wireless cards and high-gain directional antennas to achieve long-distance links .

通过对LPDA的优化设计，研制一种适合方舱结构形式车辆运载的超宽带、高增益定向天线。

A very wide band , high gain directional antenna is presented from the study of the optimization of log periodic dipole arrays ( LPDA ) .

介质加盖高增益微带天线的优化

Optimum design of high gain microstrip antennas covered with dielectric layers

一种新型超短波高增益阵列天线的设计

Design on A Novel VHF Antenna Array with High Gain

准八木型宽带高增益微带天线的设计

Design of a Microstrip-Fed Quasi-Yagi Antenna with Wide Bandwidth and High Gain

本文提出了一种新型大带宽、高增益微带天线结构。

A novel wide bandwidth and high gain microstrip antenna is presented .

一种赋形波束高增益微带天线

A Shaped - beam and High Gain Microstrip Antenna

宽频带高增益微带天线元研究

Study on the wide-band and high-gain microstrip antenna element

一种共面带状线高增益整流天线的设计

A novel high gain coplanar strip-line rectenna design

一种大带宽高增益微带天线的研究与设计

Wide bandwidth and high gain microstrip antenna

一种新型全向高增益印刷天线的设计

A Novel Omnidirectional High-Gain Printed Antenna

高增益复合天线在超长站距遥测地震台网中的应用

Application of high gain composite antenna to the telemetric seismic network with ultra long distance between stations

利用复合左/右手传输线的特殊性质来为要求具有多频、高增益等天线性能的设计方案带来新颖的素材。

To use the unique characteristics of the composite right / left-handed transmission line for the design of multi-frequency , high-gain antenna can bring new method .

所以，既增强信号有安全的做法是使用一个高增益定向天线，将发出一个强烈的信号，朝着一个特定的方向。

So , a somewhat safer choice for increased range is to use a high gain directional antenna that will send a strong signal in a specific direction .

本文提出了利用点源增益优化方法设计介质加盖的高增益微带天线的方法，所确定的各介质层的电厚度能保证天线取得最高的增益。大型深基坑施工方案的设计优化

In this paper an optimum design method for high gain microstrip antenna covered with dielectric layers is proposed . An optimum Design Method for the Construction of A Gigantic Deep Foundation Pit

如果你想得到更大无线覆盖范围，可以考虑使用高增益的天线，使要联到路由器的设备和路由器之间无目视障碍物。

If you 're trying to get more range , consider using a different antenna and make sure you have a clear line of sight , two of the most critical factors in your router 's range .