microstrip
microstrip
1. Can ANTENNA CAD be used to calculate mutual coupling between microstrip antennas?
Antenna CAD能计算两个天线间的互耦合吗?
2. The EBG structure provides good radiation and extremely low loss, so it has a wide range of applications in microwave fields, especially in the microstrip circuits and antennas.
EBG微波器件具有损耗小，散热好的特点，在微波领域，特别是微带电路和天线领域中有着巨大的应用价值。
3. The PV-EBG is simulated to get narrow stopband.The EBG structures have lower loss and higher Q than normal microstrip filters, so they are suitable for filters.
EBG结构由于插入损耗小,比普通微带具有更高的Q值,因而适用于滤波器。
4. A Ku-band DBS Microstrip Receiving Antenna Array
Ku波段DBS微带接收天线阵
5. Full-wave analysis of slot antennas fed by the microstrip using MoM
MoM全波分析微带线馈电的缝隙天线
6. PA auxiliary circuit-microstrip balun and DGS microstrip filter-design.
PA 辅助电路-微带巴伦和DGS 微带滤波器-设计。
7. SMMA series connectors can mate with SFT-50-2 semi-rigid cable , SFF-50-1 flexible cable, as well as microstrip and series.
SSMA型连接器可连接SFT-50-2型半硬性电缆和SFF-50-1柔软电缆，也可与波导、微带或带状线相连接。
8. An U-shaped Slot Dual-band Planar Inverted-F Microstrip Antenna
一种U型开槽的平面倒置F型双频微带天线
9. A design of broadband microstrip antenna
一种宽频带微带天线的设计
10. Research on A Kind of Microstrip EBG Structure
一种微带结构的EBG特性研究
11. A New Dual- mode Microstrip Bandpass Filter
一种新型双模微带带通滤波器
12. A Novel Microstrip Patch Antenna and It's Analysis
一种新型微带贴片天线及其分析
13. A Shaped-beam and High Gain Microstrip Antenna
一种赋形波束高增益微带天线
14. Two Compact Resonators for Microstrip Equalizers
两种小型谐振器在微带均衡器中的应用
15. Abstract: Using fractal technology to design multiband microstrip antenna is the hot studying field now.
中文摘要: 将分形技术应用于多频段微带天线的设计是目前研究的热点。
16. This thesis presents the novel structure based on the fractal application using for the design of microstrip filter.
中文摘要本篇论文提出了一种新型碎形结构应用于微带线滤波滤波器之设计。
17. This thesis studies a circularly polarized reflectarray based on a microstrip ring patch as a radiating element.
中文摘要本论文是以环形天线为幅射单元当架构，来研究一圆形极化反射阵列。
18. In order to make the microstrip equalizer matchs the given attenuation curve respectively ,it should be attenuation adjustable and quality factor adjustable besides frequency adjustable.
为了使微带均衡器满足衰减特性与给定的误差曲线逐点拟和的要求，就必须使其频率可调、衰减可调、品质因数可调。
19. In this paper, a waveguide model and mode matching method are used to analyse a low-pass microstrip filter.
为了解决这一问题，本文采用微带线等效波导模型与模式匹配相结合的方法，分析了一种简单微带低通滤波器。
20. interdigital bandpass microstrip filter
交指型微带滤波器
21. A new design of the shared-aperture dual-band dual-polarized(DBDP) microstrip antenna array is introduced.
介绍一种新的共用口径双波段双极化(DBDP)微带天线阵的设计。
22. The paper introduces measurements about dielectric constant and tangential loss angle of a group of good function and high frequency printed electronic circuit plate with microstrip circuit.
介绍了利用微带电路来确定一组高性能、高频印刷电路板材料的介电常数和损耗角正切的方法,且给出了一组印刷电路板材料的特性测量值。
23. The following is a partial list of microstrip lowpass filters and their specifications that we have produced.
以下为生产过的微带低通滤波器部分产品规格。
24. arbitrarily shaped microstrip antenna
任意外形微波传输带天线
25. Compared to traditional microstrip antenna, the presented antenna possesses broader beamwidth, low sidelobe and broad circu...
传统的微带天线通常具有低剖面、安装容易、重量轻以及与承载的母体在外形上拥有一致性等优点。
26. On Meshed Microstrip Patch Antennas with Low RCS
低RCS栅格微带天线研究
27. The Microstrip Line with the PBG Structure
光子带隙结构在微带线中的应用
28. Keywords photonic crystal;pbg;microstrip;antenna;
光子晶体;微带;天线;
29. 8mm MICROSTRIP DOPPLER RADAR TRANSCEIVER ASSEMBLY
八毫米微带多普勒雷达收发前端
30. Secondly, take the microstrip array and the feed technology as the foundation, analyses deeply dual-polarized microstrip antennas array polarized characteristic.
其次,以微带阵列和馈电技术为基础,详细分析双极化微带阵列天线的极化特性。
31. The bond wire, the via hole and the uncontinuity of the microstrip's effect have been taken into account .
分析了变容二极管的等效电路模型，考虑了微带的不连续性、键合引线、通道孔对电路的影响。
32. The principles of microstrip balun and printed dipole were analyzed, and the antenna s ground plane was extended and shaped to form the reflecting structure.
分析微带巴伦和印制偶极子的工作原理,延伸并成形天线的地平面以得到反射结构。
33. The principles of microstrip balun and printed dipole were analyzed, and the antenna's ground plane was extended and shaped to form the reflecting structure.
分析微带巴伦和印制偶极子的工作原理，延伸并成形天线的地平面以得到反射结构。
34. By using the suspending microstrip method, the effect of curved EBG structure parameters and curvature on band-gap characteristics is analyzed.
利用悬置微带线法，分析了曲面EBG结构带隙特性与其结构参数及曲率的关系。
35. PBG Microstrip Line Etched on the Conductor Line
刻蚀在导带边缘的PBG微带线
36. Power divider is the indispensably part, this paper designs microstrip power divider, equational and not equational.
功分器是阵列天线馈电网络不可缺少的部分，本文设计的是微带功分器，有等分和不等分的。
37. monolithic microstrip integrated circuit
单片微波集成电路
38. double H-shaped microstrip bandpass filter
双H形微带带通滤波器
39. double T-shaped microstrip bandstop filter
双T形微带带阻滤波器
40. double-layer circular polarized microstrip antenna
双层圆极化微带天线
41. double-square microstrip reflection array
双方环微带反射阵
42. dual-frequency microstrip antenna
双频微带天线
43. aperture-coupled microstrip antenna
口径耦合微带天线
44. For millimeter-wave applications, transmission lines in CMOS technology are also discussed and utilized to build two successful circuits in thin-film microstrip line and coplanar waveguides.
另外，于毫米波频段的应用中，我们也讨论在CMOS制程上所实现传输线结构，并使用薄膜微带线与共面波导成功设计出两个电路。
45. The analysis on the relationship of the center frequency deviation and the microstrip open-end effect is given.
同时分析了导致这种偏移的原因，并阐述了该方法的理论基础。
46. At the same time, this paper has analyzed microstirp antenna using MoM. Input impedance, radiation field and S parameter have been calculated by microstrip patch current got using MoM.
同时对微带天线进行了矩量法分析,通过计算微带贴片表面电流来求微带天线的输入阻抗、方向图、S 参数等特性参数。
47. As the finity of the equipment in the working lab, the test of the microstrip BPF has some limitation, and there are also some questions need to be solved in this paper.
同时对微带线滤波器的研究还有一些问题有待进一步的探索和解决。
48. And other manufacturing technologies-interconnect between the chip and microstrip、manufacture of microstrip、solderability of available materials and soldering process are discussed.
同时研究了芯片与微带线间距的互连、微带线制作、材料的可焊性及焊接过程等制造技术。
49. circularly polarised microstrip antenna
圆偏振微波传输天线
50. cylindrical confonnal microstrip antenna
圆柱共形天线
51. cylindrical conformal microstrip antenna
圆柱共形微带天线
52. circular-disk microstrip antenna
圆盘微波传输天线
53. Based on analysis of the periodic concomitant response of model T Low-Pass Filter(LPF),a microstrip filter of Electromagnetic Band Gap(EBG) structure was designed that satisfied Bragg equation.
在分析T型低通滤波器的周期性副响应的基础上,设计出满足布喇咯公式的电磁带隙(EBG)结构的微带滤波器。
54. For the selectivity improvement, several compact microstrip coupled-line BPFs with capacitive or inductive cross-couplings to create multiple transmission zeros are proposed in Chapter 4.
在改善选择度方面,第四章提出数个微小型微带线耦合带通滤波器,并且运用电容性或电感性之交叉耦合来产生多数个传输零点。
55. In analog and digital circuits, crosstalk between coupled microstrip lines can degrade the performance of equipment.
在模拟和数字电路中,耦合微带线间的串扰会降低设备的性能。
56. The input impedance model is used to substitute the microstrip antenna in harmonic simulation of nonlinear circuit, from which can get the spectrum of AIA and the voltage across the impedance model.
在电路中用输入阻抗模型代替微带天线进行非线性电路的谐波平衡分析，从而得到有源集成天线的频谱特性和阻抗模型的端口电压；
57. It is significant to calculate the coupling coefficient between feedingline and microstrip resonator accurately for designing the microstrip filter.
在设计微带滤波器中,准确计算馈线与谐振器之间的耦合系数具有重要的意义。
58. In VHF/UHF(Very High Frequency/Ultra High Frequency) ,the standard microstrip antennas of half-wave length are still very big .
在较低频段(VHF/UHF),传统的半波长微带天线尺寸仍然太大。
59. In this thesis, several kinds of wide-bandwidth and high-gain circularly polarized patch array antenna with sequentially rotated feeding technique fed by the microstrip line are presented.
在这篇论文中，几种利用了循序旋转馈入技术的圆极化微带阵列天线被提出，这几种天线都有宽频和高增益的优点。
60. Study of Complex Substrate MEMS Microstrip
基于复合基底微机械微带特性研究
61. Muti-layers patch microstrip antenna
多层微带贴片天线
62. Large Scale Microstrip Antenna Array
大规模微带天线阵
63. Antenna Theory and Microstrip Antennas
天线理论与微带天线
64. The method of improving the feed network is to broaden the bandwidth of the microstrip patch arrays principally.
天线阵主要采用改进馈电网络的方法来展宽频带。
65. As we saw in Figure 11.7, when an HF Signal flows in a PC track running over a ground plane the arrangement functions as a microstrip transmission line and the majority of the return current flows in the ground plane underneath the line.
如图11.7，高频信号伴行地线传输时，可以将其视为“微带线”，这时大部分返回电流都会从信号线下方的地线流过。
66. Both simulation and measurement show that the microstrip dipoles array is suit to phased array application.
实测结果表明，该天线阵列具有较好的驻波和互耦性能，适合用于相控阵系统。
67. Experimental results show that the electromagnetic radiation efficiency and bandwidth of the proposed antenna prototype are prior to traditional microstrip antennas.
实验结果表明，由准一维量子线构成阵列天线的电磁辐射效率和带宽均优于传统微带天线。
68. Design of microstrip mixed wideband power divider
宽频带任意比功分器的微带线实现
69. Research of Broadband Microstrip Antenna Elements
宽频带微带天线元的研究
70. Broadband microstrip antenna design
宽频带微带天线的设计
71. Design of Broadband Square Microstrip Patch Antenna
宽频带正方形微带贴片天线的设计
72. Microstrip circuits with s parameters on different resistance Si wafers are investigated and created a physics model of five-layer microstrip circuits.
对不同电阻率硅片射频微带电路S参数进行了模拟研究。
73. Microstrip transmission line baluns with the characteristics of wide band are studied, which are analysized and designed by using the optimization theory of microwave circuits.
对具有宽频带特性的微带传输线巴伦进行了研究，并应用微波网络优化理论对其进行了详细的理论分析与设计，数值计算结果与有关文献一致。
74. Theoretical analysis about microstrip antennas is summarized.
对微带天线的理论分析作了归纳。
75. We discuss the research of the microstrip antenna in the aspect of bandwidth enhancement in detail.
对微带贴片天线频带展宽方面的研究做了全面、深入的探讨。
76. Genetic Algorithm combined with FDTD method is applied to design a broadband microstrip antenna.
将遗传算法与FDTD法结合优化设计出了一种宽频微带天线。
77. shielded membrane microstrip line
屏蔽膜微带线
78. parallel-coupled microstrip filter
平行耦合微带滤波器
79. parallel coupled microstrip line
平行耦合微带线
80. planar microstrip spiral antenna
平面微带螺旋天线
