1) cross-cut power divider
正交功率分配器
2) power divider
功率分配器
1.
Analysis and design of 1:4 power dividers using the lumped-element transmission lines;
一种使用集总参数元件实现的一分四功率分配器
2.
Microstrips are used in the design of a one-three power divider over a frequency range of (700±10 MHz) with more than 40 dB isolation between each pair of outputs at (760±5 MHz).
该文采用微带电路实现了应用范围在700±10MHz、760±5MHz路间隔离度达到40dB以上一分三功率分配器,并采用每路输出通过一高通滤波器,使其在60MHz附近的路间隔离度大于70dB。
3.
This paper mainly introduces the coupling power divider based on Ansoft Designer,analyzes the circuit designed with Ansoft Designer,and adopts arching correction mode to compensate the discretion caused by staging abrupt change,finally puts forward the emulation result.
主要介绍了用Ansoft Designer设计的耦合型功率分配器,对用Ansoft Designer设计的电路进行了分析,并采用弧形修正方式补偿阶梯突变所产生的不连续,最后给出了其仿真结果。
3) power splitter
功率分配器
1.
By using the thermo-optical effect of fluorinated polyimide to modulate the index in partial region of multimode waveguide,a tunable polyimide-based multimode interference(MMI) waveguide power splitter is designed.
设计了一种基于多模干涉(MMI)波导结构的可调谐功率分配器,利用高分子含氟聚酰亚氨材料的热光效应,调节多模波导中局部区域的折射率,可实现两单模输出导模的输出功率比在较大范围内连续可调谐。
4) power combiner/divider
功率合成/分配器
1.
The power combiner/divider based on transmission line transformer is an ideal radio frequency device as its advantages: wide operating frequency band, high operating frequency, small device volume, hundreds watt of power capacity and small insert loss.
基于传输线变压器的功率合成/分配器具有宽频带、应用频率高、体积小、承受功率大、损耗小的特点,是一种良好的射频器件。
5) power dividers/combiners
功率分配/合成器
1.
The study of no-resistor power dividers/combiners was described.
研究了一种无隔离电阻的功率分配／合成器。
6) optical power splitter
光功率分配器
1.
As a key optical network devices, optical power splitter is therefore of great significance.
作为光网络的关键器件，光功率分配器的研究因此具有重要的意义。
2.
Study on MMI 1×8 Optical Power Splitter Used Si-based SiO_2 Waveguide;
光功率分配器是无源光接入网的核心。
补充资料：变换器式功率因数表(见变换器式电表)
变换器式功率因数表(见变换器式电表)
transducer type power factor meter
b lanhuonq一sh一gongl口y一nshub(ao变换器式功率因数表(transdueer type powerfaetor meter)见变换器式电表。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条