光功率分配器是无源光接入网的核心。
介绍了一种分析微带混合环功率分配器用的匹配源法。
A matching source method is presented for analysing microstrip hybrid ring power divider in this paper.
采用功率分配器保证两声光q开关的同步和有效功率驱动。
The power divider for ensuring two AO Q-switch synchronization and effective power driving is designed.
经优化设计后的功率分配器在两个频率上都具有良好的性能。
Good performances of the optimized power divider at both frequencies are obtained.
然后，对y分叉光功率分配器的结构展开具体的设计与优化。
Then, detailed design for the structure of Y-branch optical power splitter is followed.
通过反复改进，设计出的微波功率分配器基本符合性能指标要求。
Through repeated improvements, design of microwave power divider meet basic performance requirements.
再其次，通过设计一级和二级功率分配器实现了天线的馈电网络；
Moreover, feeding network of array antennas is designed and realized by the primary and secondary power splitter.
本文根据传输线理论，提出了用普通同轴电缆设计电视功率分配器的一种新方法。
According to the transmission line theory this paper, proposes a new method for television power distributor design with coaxial cable.
根据系统特殊的需要，利用微波开关和功率分配器、功率合成器，设计出了开关和差网络。
Considering the systems special requirement, a Phase changed network with switch is designed with power divider and microwave switch.
本文改进了集总参数元件阻抗变换器的特性，提出了新型集总元件功率分配器电路及其设计方法。
This paper improves the characteristics of lumped element impedance transformers and proposes new type power divider circuit and its design method.
阵列天线的功率分配器是阵列天线研究的重要内容之一，功率分配器的研究往往以行波匹配为主。
The study of power distributor is one of the most important works on the study of the antenna array.
在第三章中，首先介绍了功率分配器的基本原理，然后对共面波导功率分配器的研究现状进行了简要介绍。
In Chapter Three, the basic theory of power divider is introduced firstly. Then the present situation of coplanar waveguide power dividers is introduced briefly.
对高功率电控铁氧体功率分配器产生高次模谐振的原因进行了初步的唯象分析，并提出了几种有效的高次模谐振控制方法。
This article gives the elementary analysis on why does high-order mode resonance arise and how to control it, and proposes several practical methods controlling high-order mode excitation.
所谓“零基线”检验，就是将两台GPS接收机通过“功率分配器”连接到同一副gps接收机天线上，并进行差分定位测量。
"Zero-baseline Test" refers to the experiment that links two GPS receivers with the same antenna element through a "Power distributor" and conduct the difference positioning.
阐述了一种可以承受大功率传输的功率分配器的设计理论和关键技术的方法，并且举例实现了该功分器用微波软件HFSS的仿真设计。
This paper describes the design theory and key technique's method of power splitter which can transmit highpower wave, and simulated design by HFSS software.
在馈电网络中设计了一种结构非常紧凑的三端口不等功率分配器，解决了多层板之间垂直过渡的问题，为缩小馈电网络的结构尺寸提供了基础。
It also designs a compact unequal power divider and solves the problem of vertical transition of multi-layer network that can greatly reduce the volume of feed network.
在馈电网络中设计了一种结构非常紧凑的三端口不等功率分配器，解决了多层板之间垂直过渡的问题，为缩小馈电网络的结构尺寸提供了基础。
It also designs a compact unequal power divider and solves the problem of vertical transition of multi-layer network that can greatly reduce the volume of feed network.
应用推荐