ferrite circulator
英 [ˈferaɪt ˈsɜːkjʊleɪtə]
美 [ˈferaɪt ˈsɜrkjəˌleɪtər]
铁淦氧循环器；铁氧体循环器
双语例句
- The basic operation principle, structural characteristics and microstrip impedance-matching network of ferrite film circulator are introduced.
介绍了采用铁氧体薄膜的微带环行器的工作原理、结构以及环行器阻抗匹配网络。 - Influence of the Thickness of Ferrite Plate on the Characteristics of Ka-band Microstrip Junction Circulator
铁氧体厚度对Ka频段微带结环行器特性的影响 - The phase characteristics of the ferrite junction circulator are presented by using the theory of stripline junction circulator. The relationship between conventional parameters and insertion phase of circulator is analyzed.
利用带线结环行器的相关理论，导出了结环行器的相位特性，并进而分析环行器的常规参数与插入相位变化的关系。 - An H-Plane waveguide U-junction circulator with a trangular ferrite post is analyzed using a simple method. The circulator exhibits a low insertion loss and a wide bandwidth. Experimental results were coincident with the theory.
用一种简便方法分析研究了使用三角形铁氧体柱的H面Y结波导环行器，理论分析结果与实验结果吻合良好，所论环行器插入损耗低，频带却宽。 - The Development of Broadband Seven-port Ferrite Circulator Assembly
宽带七端口铁氧体环行器组件的研制 - However, the drawback of the rectangular waveguide ferrite circulator lies in the integration difficulty with other planar circuits, which restrict its applications in HMIC and MMIC.
它的缺点是难以和平面电路集成，这极大地限制了它在微波毫米波集成电路中的广泛应用。 - Recent Advances in Quasi Optical Ferrite Circulator for Millimeter Wave Applications
毫米波应用的准光铁氧体环行器新近发展 - The microwave ferrite circulator is an important non-reciprocal component for radar and microwave system.
微波铁氧体环行器是雷达和微波系统中一个重要的非互易部件。 - Design and Performance of Differential Phase-Shift High-Power Ferrite Circulator
差相移式高功率铁氧体环行器的设计 - Phase Characteristics of Ferrite Junction Circulator
结环行器的相位特性 - The ferrite is used to manufacture microwave high power circulator and variable polarizer.
门阈场Hcrit适用于MW级脉冲功率。该种铁氧体可用作甚高频及微波低频段、超大功率的环行器和变极化器等微波器件。 - Ferrite film can reduce the size of circulator. But how to maintain the perfect microwave characteristics of the ferrite film circulator is a problem.
环行器用铁氧体的薄膜化能够减小环行器的体积，但如何保持薄膜环行器良好的微波特性成为一个难题。