1) Microstrip line
微带线
1.
The application of microstrip line technology into the RF excited laser;
微带线技术在射频激光器中的应用
2.
Method-of-Moments Analysis of the signal intigrity of ultrathin microstrip line;
超薄微带线信号完整性的矩量法分析
2) microstrip
['maikrəu,strip]
微带线
1.
Time Domain Finite Difference Approach to the Calculation of Microstrip Discontinuities;
时域有限差分法对不连续微带线的分析
2.
Analysis and Suppression of Crosstalk for T-shaped Microstrip by Using FDTD;
T型微带线间串扰问题的FDTD分析与抑制
3.
Design of microstrip mixed wideband power divider;
宽频带任意比功分器的微带线实现
3) micro-strip
微带线
1.
The characteristics of most commonly used transmission lines in deep submicron CMOS ICs,micro-strip and coplanar waveguide,were studied.
对深亚微米硅基CMOS工艺集成电路中常用的微带线和共面波导2种传输线结构进行了研究。
2.
The developing procedure of micro-strip design in 2.
在RF模块的设计中,微带线的设计必不可少,它在模块中起着很重要的作用。
4) Micro-strip line
微带线
1.
In this paper the crosstalk between two parallel micro-strip lines on PCB was studied particularly using the electromagnetic simulation software which is based on the finite element method(FEM).
文中采用基于有限元法(FEM)的电磁仿真软件,从电磁场的角度,研究分析了PCB上两平行微带线在不同的频率、并行长度、相隔距离、参考层高度情况下的串扰问题,根据仿真结果,总结了串扰强度随微带线的并行长度、相隔距离、离参考层的高度而变化的一般性规律,提出了抑制串扰的PCB设计方法。
2.
Firstly,micro-strip line is used for feeding the IDG,therefore the feeding structure can be easily realized.
采用微带线对插入介质波导进行馈电,使馈电结构更加易于实现。
5) microstrip antennas
微带天线
1.
Microstrip antennas application research in the storage test and measurment technology;
微带天线在存储测试技术中的应用研究
2.
Determination of feeding source of the Circular Polarization microstrip antennas based on k plane;
基于k平面对圆极化微带天线馈源的确定
3.
New triangular microstrip antennas and analysis;
新型三角形微带天线及其分析
6) Microstrip antenna
微带天线
1.
A broadband stacked microstrip antenna with half U-slot coupling;
一种半U型开槽叠层宽带微带天线的设计
2.
Design of PBG in the square patch with truncated corners microstrip antenna;
PBG结构方形切角微带天线的设计
3.
The design of the circular polarization microstrip antenna of a square with truncated corners;
方形切角园极化微带天线的设计
补充资料：微带线
| 微带线 microstrip 适合制作微波集成电路的平面结构传输线。与金属波导相比，其体积小、重量轻、使用频带宽、可靠性高和制造成本低等；但损耗稍大，功率容量小。60年代前期，由于微波低损耗介质材料和微波半导体器件的发展，形成了微波集成电路，使微带线得到广泛应用，相继出现了各种类型的微带线。一般用薄膜工艺制造。介质基片选用介电常数高、微波损耗低的材料。导体应具有导电率高、稳定性好、与基片的粘附性强等特点。 |
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