片语

microwave ceramic filter微波陶瓷滤波器

Planar Microwave Filter平面微波滤波器

powder microwave filter粉末微波滤波器

microwave photonic filter微波光子滤波器

Microwave cavity filter微波腔体滤波器

Microwave Dielectric Filter微波介质滤波器

multilayer ceramic microwave filter多层陶瓷微波滤波器

Microwave Filter Synthesis微波滤波器综合

microwave active filter微波有源滤波器

英汉例句

• so the research, design and realization of active microwave filter are much of theoretic and realistic meaning by eda technique.

  因此使用eda软件技术来实现有源滤波器的设计及研究具有一定的理论及现实意义。

• the 3d microwave filter was simulated and optimized by the electromagnetic field analysis software and gained a finer result.

  利用电磁场分析软件对三维微波滤波器进行了模拟和优化，得到了较好的结果。

• a new hts planar microwave filter using dual mode multi zigzag square loop resonators is developed.

  发展了一种新型hts双模多次曲折微带环谐振器滤波器。

• furthermore, the theory of active microwave filter is well introduced and the research of band pass filter circuit be carried here.

  对微波有源滤波器的设计理论及方法进行了一定的探讨，对带通滤波器单元电路进行了研究；

• recently, the miniaturized and high performance microwave filter researches become a hot issue in the relevant research areas.

  研究小型化、高性能的微波滤波器结构是当前非常受关注的课题。

• theories of microstrip and coupled microstrip are first introduced in this paper, after the microwave filter design principle and the process are studied.

  本文首先介绍了微带线与耦合微带线的基本理论，然后对微波滤波器的原理与设计的过程进行了讨论。

• a wide band active microwave filter was designed and simulated using ads.

  利用ads软件进行了微波有源滤波器电路的具体设计、优化；

• the cross coupled microwave filter is widely used in the mobile communication subsystem.

  无线通信系统需要高性能的交叉耦合滤波器。

• finally, based on the extracted coupling matrix , microwave filter is fabricated , and the testing results are in agreement with the de-signed ones .

  最后以优化提取的耦合矩阵为基础设计了微带滤波器，测试结果与设计指标相吻合。

• a new design principle of a tunable microwave filter having four coaxial cavities is developed. the skill of making and adjusting this kind filter is represented.

  论述了四腔同轴调谐微波滤波器的设计原理，并介绍了该类滤波器的制做技术与调试技巧。

• so, develop high performance and miniaturized microwave filter is a hot topic in nowadays.

  因此，研究高性能、小型化的微波滤波器是当前非常受关注的课题。