微波铁氧体器件

微波铁氧体器件批生产中几个问题的讨论

Discussion on Some Problems of Microwave Ferrite Device in Batch Production

介质加载对微波铁氧体器件性能的影响

Effects of the loading dielectric on the properties of microwave ferrite devices

微波铁氧体器件失效率模型的探讨

Research on Failure Rate Model of Microwave Ferrite Devices

本文尝试用四端网络法研究非互易微波铁氧体器件。

This paper is intended to describe the properties of nonreciprocal microwave ferrite devices from the four-terminal network analysis .

带线结环行器的小型化是当今微波铁氧体器件的研究热点之一。

The miniaturization of stripline junction circulator is always a hot subject of research in the area of microwave ferrite devices .

在现代雷达系统中应用着多种多样的铁氧体双模波导器件，它们是微波铁氧体器件中最有发展潜力的器件。

Various ferrite dual-mode waveguide devices are applied in modern radar system . They have the most developing potential value in all ferrite devices .

理论结果表明：这种隔离器的工作机理是属于截止式的；这种结构形式还可用来制作许多其他类型的微波铁氧体器件。

Theoretical results have proved that this isolator is of cut-off type , and that it can be applied to other microwave ferrite devices .

缩醛烘干胶和焊锡是微波铁氧体器件中常用的两种粘接材料，用于铁氧体片在器件壳体内壁既定位置上的固定。

Shrinked aldehyde drying glue and soldering tin is two kinds of adhesive materials used for adhibiting and fixing the pieces of ferrite on the inner wall of the shell of microwave ferrite devices .

本文全面、系统地叙述了各类微波铁氧体新器件的原理和性能。

This paper describes the operation principle and performance of various new ferrite de - vices .

相控阵雷达中的多晶微波铁氧体材料及器件

Polycrystalline Microwave Ferrite Materials and Devices Used in Phased Array Radar

微波铁氧体双模新器件的推广及应用

Application and Promotion of Microwave Ferrite Dual Mode New Devices

叙述了微波铁氧体材料与器件在批生产中遇到的一些问题，并就这些问题提出了相应的解决方法。

This paper describes some problems of microwave ferrite material and device in batch production and its relative solution , and presents some personal viewpoint on certain problems .

本文叙述了微波铁氧体双模新器件的原理和性能，这些新器件在现代雷达技术和通信技术等微波高频设备中具有广泛的使用前途。

This paper describes the operation principle and performance of microwave ferrites dual mode new devices . These new devices have found wide applications in RF equipment of modern radar and communication technologies .

对电控式微波铁氧体组件中微波铁氧体器件与控制电路两部分的开关参数进行了粗略的分析，提出一般都是指组件的开关参数之概念。

In this paper , switch parameters of microwave ferrite devices and controlling circuits in electrically controlled microware ferrite modules are roughly analyzed . Acceptation of switch parameters referring to modules generally , are presented here .

微波环行器作为一种重要的微波铁氧体器件广泛应用于无线收发系统中。

Circulator is widely used in radio transceivers as one kind of important microwave ferrite devices .